365824 A body just dropped from a tower explodes into two pieces of equal mass in mid-air. Which of the following is not possible?

365825 A bomb at rest explodes into 3 parts of same mass. The momentum of two parts is \(-3 p \hat{i}\) and \(2 p \hat{j}\) respectively. The magnitude of momentum of the third part is

365826 An isolated particle of mass \(m\) is moving in a horizontal \((x-y)\) plane along the \(x\)-axis, at a certain height above the ground. It suddenly explodes into two fragements of masses \(\frac{m}{4}{\rm{ }}\& \,\frac{{3m}}{4}\). An instant later, the smaller fragment is at \(y = + 15\;cm\). The larger fragment at this instant is at (Assume \(g = 0\) )

365827 A body falling vertically downwards under the gravity breaks in two parts of unequal masses. The centre of mass of the two parts taken together shifts horizontally towards

365824 A body just dropped from a tower explodes into two pieces of equal mass in mid-air. Which of the following is not possible?

365825 A bomb at rest explodes into 3 parts of same mass. The momentum of two parts is \(-3 p \hat{i}\) and \(2 p \hat{j}\) respectively. The magnitude of momentum of the third part is

365826 An isolated particle of mass \(m\) is moving in a horizontal \((x-y)\) plane along the \(x\)-axis, at a certain height above the ground. It suddenly explodes into two fragements of masses \(\frac{m}{4}{\rm{ }}\& \,\frac{{3m}}{4}\). An instant later, the smaller fragment is at \(y = + 15\;cm\). The larger fragment at this instant is at (Assume \(g = 0\) )

365827 A body falling vertically downwards under the gravity breaks in two parts of unequal masses. The centre of mass of the two parts taken together shifts horizontally towards

365824 A body just dropped from a tower explodes into two pieces of equal mass in mid-air. Which of the following is not possible?

365825 A bomb at rest explodes into 3 parts of same mass. The momentum of two parts is \(-3 p \hat{i}\) and \(2 p \hat{j}\) respectively. The magnitude of momentum of the third part is

365826 An isolated particle of mass \(m\) is moving in a horizontal \((x-y)\) plane along the \(x\)-axis, at a certain height above the ground. It suddenly explodes into two fragements of masses \(\frac{m}{4}{\rm{ }}\& \,\frac{{3m}}{4}\). An instant later, the smaller fragment is at \(y = + 15\;cm\). The larger fragment at this instant is at (Assume \(g = 0\) )

365827 A body falling vertically downwards under the gravity breaks in two parts of unequal masses. The centre of mass of the two parts taken together shifts horizontally towards

365824 A body just dropped from a tower explodes into two pieces of equal mass in mid-air. Which of the following is not possible?

365825 A bomb at rest explodes into 3 parts of same mass. The momentum of two parts is \(-3 p \hat{i}\) and \(2 p \hat{j}\) respectively. The magnitude of momentum of the third part is

365826 An isolated particle of mass \(m\) is moving in a horizontal \((x-y)\) plane along the \(x\)-axis, at a certain height above the ground. It suddenly explodes into two fragements of masses \(\frac{m}{4}{\rm{ }}\& \,\frac{{3m}}{4}\). An instant later, the smaller fragment is at \(y = + 15\;cm\). The larger fragment at this instant is at (Assume \(g = 0\) )

365827 A body falling vertically downwards under the gravity breaks in two parts of unequal masses. The centre of mass of the two parts taken together shifts horizontally towards