Question: NEET 1: In a medical entrance problem on inertia of rest, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 2: In a medical entrance problem on inertia of motion, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 3: In a medical entrance problem on inertia of direction, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 4: In a medical entrance problem on first law statement, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 5: In a medical entrance problem on seat belt safety, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 6: In a medical entrance problem on bus starting suddenly, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 7: In a medical entrance problem on bus stopping suddenly, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 8: In a medical entrance problem on coin-card experiment, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 9: In a medical entrance problem on dust from carpet, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 10: In a medical entrance problem on mass and inertia, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 11: In a medical entrance problem on equilibrium, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 12: In a medical entrance problem on balanced forces, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 13: In a medical entrance problem on constant velocity, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 14: In a medical entrance problem on frame of reference, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 15: In a medical entrance problem on train frame, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 16: In a medical entrance problem on lift frame, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 17: In a medical entrance problem on pseudo force direction, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 18: In a medical entrance problem on accelerating car, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 19: In a medical entrance problem on decelerating bus, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 20: In a medical entrance problem on rotating frame, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 21: In a medical entrance problem on passenger in turning car, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 22: In a medical entrance problem on apparent weight, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 23: In a medical entrance problem on free fall lift, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 24: In a medical entrance problem on upward accelerating lift, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 25: In a medical entrance problem on downward accelerating lift, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 26: In a medical entrance problem on inertia of rest, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 27: In a medical entrance problem on inertia of motion, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 28: In a medical entrance problem on inertia of direction, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 29: In a medical entrance problem on first law statement, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 30: In a medical entrance problem on seat belt safety, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 31: In a medical entrance problem on bus starting suddenly, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 32: In a medical entrance problem on bus stopping suddenly, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 33: In a medical entrance problem on coin-card experiment, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 34: In a medical entrance problem on dust from carpet, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 35: In a medical entrance problem on mass and inertia, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 36: In a medical entrance problem on equilibrium, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 37: In a medical entrance problem on balanced forces, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 38: In a medical entrance problem on constant velocity, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 39: In a medical entrance problem on frame of reference, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 40: In a medical entrance problem on train frame, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 41: In a medical entrance problem on lift frame, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 42: In a medical entrance problem on pseudo force direction, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 43: In a medical entrance problem on accelerating car, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 44: In a medical entrance problem on decelerating bus, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 45: In a medical entrance problem on rotating frame, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 46: In a medical entrance problem on passenger in turning car, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 47: In a medical entrance problem on apparent weight, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 48: In a medical entrance problem on free fall lift, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 49: In a medical entrance problem on upward accelerating lift, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: NEET 50: In a medical entrance problem on downward accelerating lift, which statement correctly applies Newton's first law or pseudo force analysis? Options: (A) A force is required to maintain uniform motion. (B) Net force zero means velocity remains constant in an inertial frame. (C) Pseudo force is applied in every frame. (D) Mass does not affect inertia.

Answer: Correct option: B. In an inertial frame, zero net external force means the body remains at rest or continues with uniform velocity. Pseudo force is introduced only when analysis is done from an accelerating or rotating frame.

Question: JEE Advanced 1: A block of mass 1 kg is observed from a trolley accelerating horizontally with 2 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 2 N and maximum static friction is mu mg = 0.10 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 2: A block of mass 2 kg is observed from a trolley accelerating horizontally with 3 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 6 N and maximum static friction is mu mg = 0.15 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 3: A block of mass 3 kg is observed from a trolley accelerating horizontally with 4 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 12 N and maximum static friction is mu mg = 0.20 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 4: A block of mass 4 kg is observed from a trolley accelerating horizontally with 5 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 20 N and maximum static friction is mu mg = 0.25 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 5: A block of mass 5 kg is observed from a trolley accelerating horizontally with 6 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 30 N and maximum static friction is mu mg = 0.10 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 6: A block of mass 1 kg is observed from a trolley accelerating horizontally with 7 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 7 N and maximum static friction is mu mg = 0.15 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 7: A block of mass 2 kg is observed from a trolley accelerating horizontally with 2 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 4 N and maximum static friction is mu mg = 0.20 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 8: A block of mass 3 kg is observed from a trolley accelerating horizontally with 3 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 9 N and maximum static friction is mu mg = 0.25 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 9: A block of mass 4 kg is observed from a trolley accelerating horizontally with 4 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 16 N and maximum static friction is mu mg = 0.10 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 10: A block of mass 5 kg is observed from a trolley accelerating horizontally with 5 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 25 N and maximum static friction is mu mg = 0.15 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 11: A block of mass 1 kg is observed from a trolley accelerating horizontally with 6 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 6 N and maximum static friction is mu mg = 0.20 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 12: A block of mass 2 kg is observed from a trolley accelerating horizontally with 7 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 14 N and maximum static friction is mu mg = 0.25 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 13: A block of mass 3 kg is observed from a trolley accelerating horizontally with 2 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 6 N and maximum static friction is mu mg = 0.10 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 14: A block of mass 4 kg is observed from a trolley accelerating horizontally with 3 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 12 N and maximum static friction is mu mg = 0.15 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 15: A block of mass 5 kg is observed from a trolley accelerating horizontally with 4 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 20 N and maximum static friction is mu mg = 0.20 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 16: A block of mass 1 kg is observed from a trolley accelerating horizontally with 5 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 5 N and maximum static friction is mu mg = 0.25 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 17: A block of mass 2 kg is observed from a trolley accelerating horizontally with 6 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 12 N and maximum static friction is mu mg = 0.10 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 18: A block of mass 3 kg is observed from a trolley accelerating horizontally with 7 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 21 N and maximum static friction is mu mg = 0.15 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 19: A block of mass 4 kg is observed from a trolley accelerating horizontally with 2 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 8 N and maximum static friction is mu mg = 0.20 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 20: A block of mass 5 kg is observed from a trolley accelerating horizontally with 3 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 15 N and maximum static friction is mu mg = 0.25 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 21: A block of mass 1 kg is observed from a trolley accelerating horizontally with 4 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 4 N and maximum static friction is mu mg = 0.10 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 22: A block of mass 2 kg is observed from a trolley accelerating horizontally with 5 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 10 N and maximum static friction is mu mg = 0.15 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 23: A block of mass 3 kg is observed from a trolley accelerating horizontally with 6 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 18 N and maximum static friction is mu mg = 0.20 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 24: A block of mass 4 kg is observed from a trolley accelerating horizontally with 7 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 28 N and maximum static friction is mu mg = 0.25 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 25: A block of mass 5 kg is observed from a trolley accelerating horizontally with 2 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 10 N and maximum static friction is mu mg = 0.10 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 26: A block of mass 1 kg is observed from a trolley accelerating horizontally with 3 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 3 N and maximum static friction is mu mg = 0.15 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 27: A block of mass 2 kg is observed from a trolley accelerating horizontally with 4 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 8 N and maximum static friction is mu mg = 0.20 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 28: A block of mass 3 kg is observed from a trolley accelerating horizontally with 5 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 15 N and maximum static friction is mu mg = 0.25 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 29: A block of mass 4 kg is observed from a trolley accelerating horizontally with 6 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 24 N and maximum static friction is mu mg = 0.10 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 30: A block of mass 5 kg is observed from a trolley accelerating horizontally with 7 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 35 N and maximum static friction is mu mg = 0.15 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 31: A block of mass 1 kg is observed from a trolley accelerating horizontally with 2 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 2 N and maximum static friction is mu mg = 0.20 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 32: A block of mass 2 kg is observed from a trolley accelerating horizontally with 3 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 6 N and maximum static friction is mu mg = 0.25 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 33: A block of mass 3 kg is observed from a trolley accelerating horizontally with 4 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 12 N and maximum static friction is mu mg = 0.10 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 34: A block of mass 4 kg is observed from a trolley accelerating horizontally with 5 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 20 N and maximum static friction is mu mg = 0.15 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 35: A block of mass 5 kg is observed from a trolley accelerating horizontally with 6 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 30 N and maximum static friction is mu mg = 0.20 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 36: A block of mass 1 kg is observed from a trolley accelerating horizontally with 7 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 7 N and maximum static friction is mu mg = 0.25 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 37: A block of mass 2 kg is observed from a trolley accelerating horizontally with 2 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 4 N and maximum static friction is mu mg = 0.10 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 38: A block of mass 3 kg is observed from a trolley accelerating horizontally with 3 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 9 N and maximum static friction is mu mg = 0.15 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 39: A block of mass 4 kg is observed from a trolley accelerating horizontally with 4 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 16 N and maximum static friction is mu mg = 0.20 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 40: A block of mass 5 kg is observed from a trolley accelerating horizontally with 5 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 25 N and maximum static friction is mu mg = 0.25 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 41: A block of mass 1 kg is observed from a trolley accelerating horizontally with 6 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 6 N and maximum static friction is mu mg = 0.10 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 42: A block of mass 2 kg is observed from a trolley accelerating horizontally with 7 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 14 N and maximum static friction is mu mg = 0.15 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 43: A block of mass 3 kg is observed from a trolley accelerating horizontally with 2 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 6 N and maximum static friction is mu mg = 0.20 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 44: A block of mass 4 kg is observed from a trolley accelerating horizontally with 3 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 12 N and maximum static friction is mu mg = 0.25 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 45: A block of mass 5 kg is observed from a trolley accelerating horizontally with 4 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 20 N and maximum static friction is mu mg = 0.10 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 46: A block of mass 1 kg is observed from a trolley accelerating horizontally with 5 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 5 N and maximum static friction is mu mg = 0.15 x 1 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 47: A block of mass 2 kg is observed from a trolley accelerating horizontally with 6 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.20.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 12 N and maximum static friction is mu mg = 0.20 x 2 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 48: A block of mass 3 kg is observed from a trolley accelerating horizontally with 7 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.25.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 21 N and maximum static friction is mu mg = 0.25 x 3 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 49: A block of mass 4 kg is observed from a trolley accelerating horizontally with 2 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.10.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 8 N and maximum static friction is mu mg = 0.10 x 4 x 9.8 N. Compare these to decide rest or slipping.

Question: JEE Advanced 50: A block of mass 5 kg is observed from a trolley accelerating horizontally with 3 m/s^2. Discuss the pseudo force direction and write the equation of equilibrium if the block appears at rest relative to the trolley. For rough cases, take coefficient of friction 0.15.

Answer: In the trolley frame, apply pseudo force Fp = m a opposite to trolley acceleration. If the block is at rest relative to the trolley, horizontal equilibrium requires friction or an applied force to balance ma. For a rough horizontal surface, required friction is 15 N and maximum static friction is mu mg = 0.15 x 5 x 9.8 N. Compare these to decide rest or slipping.

Question: Assertion 1: A body shows inertia depends on mass. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 2: A body shows pseudo force direction. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 3: A body shows first law and equilibrium. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 4: A body shows non-inertial frames. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 5: A body shows lift apparent weight. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 6: A body shows turning vehicle. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 7: A body shows inertia depends on mass. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 8: A body shows pseudo force direction. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 9: A body shows first law and equilibrium. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 10: A body shows non-inertial frames. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 11: A body shows lift apparent weight. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 12: A body shows turning vehicle. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 13: A body shows inertia depends on mass. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 14: A body shows pseudo force direction. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 15: A body shows first law and equilibrium. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 16: A body shows non-inertial frames. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 17: A body shows lift apparent weight. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 18: A body shows turning vehicle. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 19: A body shows inertia depends on mass. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 20: A body shows pseudo force direction. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 21: A body shows first law and equilibrium. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 22: A body shows non-inertial frames. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 23: A body shows lift apparent weight. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 24: A body shows turning vehicle. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 25: A body shows inertia depends on mass. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 26: A body shows pseudo force direction. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 27: A body shows first law and equilibrium. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 28: A body shows non-inertial frames. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 29: A body shows lift apparent weight. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.

Question: Assertion 30: A body shows turning vehicle. Reason: Newton's first law is directly valid only in inertial frames unless pseudo force is introduced in accelerating frames. Choose the correct assertion-reason relation.

Answer: Both statements should be judged by frame selection. In general, the reason correctly explains cases involving accelerating frames; for pure inertia in inertial frames, the first law follows from zero net force.