141877 Assertion : If a body is thrown upwards, the distance covered by it in the last second of upward motion is about \(5 \mathrm{~m}\) irrespective of its initial speed
Reason : The distance covered in the last second of upward motion is equal to that covered in the first second of downward motion when the particle is dropped.

141878 Assertion: Two balls of different masses are thrown vertically upward with same speed. They will pass through their point of projection in the downward direction with the same speed. Reason: The maximum height and downward velocity attained at the point of projection are independent of the mass of the ball.

141879 Assertion: The two bodies of masses \(M\) and \(m\) \((M>m)\) are allowed to fall from the same height. If the air resistance for each be the same then both the bodies will reach the earth simultaneously.
Reason: For same air resistance, acceleration of both the bodies will be same.

141881 Two bodies begin a free fall from the same height at a time interval of \(N\) s. If vertical separation between the two bodies is 1 after \(n\) second from the start of the first body, then \(n\) is equal to

141877 Assertion : If a body is thrown upwards, the distance covered by it in the last second of upward motion is about \(5 \mathrm{~m}\) irrespective of its initial speed
Reason : The distance covered in the last second of upward motion is equal to that covered in the first second of downward motion when the particle is dropped.

141878 Assertion: Two balls of different masses are thrown vertically upward with same speed. They will pass through their point of projection in the downward direction with the same speed. Reason: The maximum height and downward velocity attained at the point of projection are independent of the mass of the ball.

141879 Assertion: The two bodies of masses \(M\) and \(m\) \((M>m)\) are allowed to fall from the same height. If the air resistance for each be the same then both the bodies will reach the earth simultaneously.
Reason: For same air resistance, acceleration of both the bodies will be same.

141881 Two bodies begin a free fall from the same height at a time interval of \(N\) s. If vertical separation between the two bodies is 1 after \(n\) second from the start of the first body, then \(n\) is equal to

141877 Assertion : If a body is thrown upwards, the distance covered by it in the last second of upward motion is about \(5 \mathrm{~m}\) irrespective of its initial speed
Reason : The distance covered in the last second of upward motion is equal to that covered in the first second of downward motion when the particle is dropped.

141878 Assertion: Two balls of different masses are thrown vertically upward with same speed. They will pass through their point of projection in the downward direction with the same speed. Reason: The maximum height and downward velocity attained at the point of projection are independent of the mass of the ball.

141879 Assertion: The two bodies of masses \(M\) and \(m\) \((M>m)\) are allowed to fall from the same height. If the air resistance for each be the same then both the bodies will reach the earth simultaneously.
Reason: For same air resistance, acceleration of both the bodies will be same.

141881 Two bodies begin a free fall from the same height at a time interval of \(N\) s. If vertical separation between the two bodies is 1 after \(n\) second from the start of the first body, then \(n\) is equal to

141877 Assertion : If a body is thrown upwards, the distance covered by it in the last second of upward motion is about \(5 \mathrm{~m}\) irrespective of its initial speed
Reason : The distance covered in the last second of upward motion is equal to that covered in the first second of downward motion when the particle is dropped.

141878 Assertion: Two balls of different masses are thrown vertically upward with same speed. They will pass through their point of projection in the downward direction with the same speed. Reason: The maximum height and downward velocity attained at the point of projection are independent of the mass of the ball.

141879 Assertion: The two bodies of masses \(M\) and \(m\) \((M>m)\) are allowed to fall from the same height. If the air resistance for each be the same then both the bodies will reach the earth simultaneously.
Reason: For same air resistance, acceleration of both the bodies will be same.

141881 Two bodies begin a free fall from the same height at a time interval of \(N\) s. If vertical separation between the two bodies is 1 after \(n\) second from the start of the first body, then \(n\) is equal to