362396 A body is dropped from a height of 40 \(m\). After it crosses half distance, the acceleration due to gravity ceases to act. The body will hit the ground with velocity (Take \(g = 10m/{s^2}\))

362397 From a building two balls \(A\) and \(B\) are thrown such that \(A\) is thrown upwards and \(B\) downwards (both vertically) with the same speed. If \({V_A}\,{\rm{and}}\,{V_B}\) are their respective velocities on reaching the ground then :-

362398 An object is dropped from a height \(h\), then the distance travelled in times \(t,2t,3t\) are in the ratio

362399 A stone is thrown vertically upwards with a velocity \({30 {~m} {~s}^{-1}}\). If the acceleration due to gravity is \({10 {~m} {~s}^{-2}}\), what is the distance travelled by the particle during the first second of its motion?

362400 At the maximum height of a body thrown vertically up

362396 A body is dropped from a height of 40 \(m\). After it crosses half distance, the acceleration due to gravity ceases to act. The body will hit the ground with velocity (Take \(g = 10m/{s^2}\))

362397 From a building two balls \(A\) and \(B\) are thrown such that \(A\) is thrown upwards and \(B\) downwards (both vertically) with the same speed. If \({V_A}\,{\rm{and}}\,{V_B}\) are their respective velocities on reaching the ground then :-

362398 An object is dropped from a height \(h\), then the distance travelled in times \(t,2t,3t\) are in the ratio

362399 A stone is thrown vertically upwards with a velocity \({30 {~m} {~s}^{-1}}\). If the acceleration due to gravity is \({10 {~m} {~s}^{-2}}\), what is the distance travelled by the particle during the first second of its motion?

362400 At the maximum height of a body thrown vertically up

362396 A body is dropped from a height of 40 \(m\). After it crosses half distance, the acceleration due to gravity ceases to act. The body will hit the ground with velocity (Take \(g = 10m/{s^2}\))

362397 From a building two balls \(A\) and \(B\) are thrown such that \(A\) is thrown upwards and \(B\) downwards (both vertically) with the same speed. If \({V_A}\,{\rm{and}}\,{V_B}\) are their respective velocities on reaching the ground then :-

362398 An object is dropped from a height \(h\), then the distance travelled in times \(t,2t,3t\) are in the ratio

362399 A stone is thrown vertically upwards with a velocity \({30 {~m} {~s}^{-1}}\). If the acceleration due to gravity is \({10 {~m} {~s}^{-2}}\), what is the distance travelled by the particle during the first second of its motion?

362400 At the maximum height of a body thrown vertically up

362396 A body is dropped from a height of 40 \(m\). After it crosses half distance, the acceleration due to gravity ceases to act. The body will hit the ground with velocity (Take \(g = 10m/{s^2}\))

362397 From a building two balls \(A\) and \(B\) are thrown such that \(A\) is thrown upwards and \(B\) downwards (both vertically) with the same speed. If \({V_A}\,{\rm{and}}\,{V_B}\) are their respective velocities on reaching the ground then :-

362398 An object is dropped from a height \(h\), then the distance travelled in times \(t,2t,3t\) are in the ratio

362399 A stone is thrown vertically upwards with a velocity \({30 {~m} {~s}^{-1}}\). If the acceleration due to gravity is \({10 {~m} {~s}^{-2}}\), what is the distance travelled by the particle during the first second of its motion?

362400 At the maximum height of a body thrown vertically up

362396 A body is dropped from a height of 40 \(m\). After it crosses half distance, the acceleration due to gravity ceases to act. The body will hit the ground with velocity (Take \(g = 10m/{s^2}\))

362397 From a building two balls \(A\) and \(B\) are thrown such that \(A\) is thrown upwards and \(B\) downwards (both vertically) with the same speed. If \({V_A}\,{\rm{and}}\,{V_B}\) are their respective velocities on reaching the ground then :-

362398 An object is dropped from a height \(h\), then the distance travelled in times \(t,2t,3t\) are in the ratio

362399 A stone is thrown vertically upwards with a velocity \({30 {~m} {~s}^{-1}}\). If the acceleration due to gravity is \({10 {~m} {~s}^{-2}}\), what is the distance travelled by the particle during the first second of its motion?

362400 At the maximum height of a body thrown vertically up