365815 A bomb of mass ' \(m\) ' at rest at the coordinate origin explodes into three equal pieces. At a certain instant one piece is on the \(x\)-axis at \(x = 40\;cm\) and another is at \(x = 20\;\,cm,{\rm{ }}y = - 60\;\,cm\). The position of the third piece is

365816 A projectile is fired at an angle and it was following a parabolic path. Suddenly, it explodes into fragments. Choose the correct statement regarding this situation.

365817 A stationary particle explodes into two particles of a masses \(m_{1}\) and \(m_{2}\) which move in opposite directions with velocities \(v_{1}\) and \(v_{2}\). The ratio of their kinetic energies \(E_{1} / E_{2}\) is

365818 A shell of mass \(m\) which is at rest initially. It explodes into three fragments having masses in the ratio \(2: 2: 1\). If the fragments having equal masses fly off along mutually perpendicualr directions with speed \(v\), the speed of the third (lighter) fragment is

365819 Assertion :
Explosion occurs under internal forces only. External force is zero.
Reason :
When a body is dropped from a height explodes in mid air, but its centre of mass keeps moving in vertically downward direction.

365815 A bomb of mass ' \(m\) ' at rest at the coordinate origin explodes into three equal pieces. At a certain instant one piece is on the \(x\)-axis at \(x = 40\;cm\) and another is at \(x = 20\;\,cm,{\rm{ }}y = - 60\;\,cm\). The position of the third piece is

365816 A projectile is fired at an angle and it was following a parabolic path. Suddenly, it explodes into fragments. Choose the correct statement regarding this situation.

365817 A stationary particle explodes into two particles of a masses \(m_{1}\) and \(m_{2}\) which move in opposite directions with velocities \(v_{1}\) and \(v_{2}\). The ratio of their kinetic energies \(E_{1} / E_{2}\) is

365818 A shell of mass \(m\) which is at rest initially. It explodes into three fragments having masses in the ratio \(2: 2: 1\). If the fragments having equal masses fly off along mutually perpendicualr directions with speed \(v\), the speed of the third (lighter) fragment is

365819 Assertion :
Explosion occurs under internal forces only. External force is zero.
Reason :
When a body is dropped from a height explodes in mid air, but its centre of mass keeps moving in vertically downward direction.

365815 A bomb of mass ' \(m\) ' at rest at the coordinate origin explodes into three equal pieces. At a certain instant one piece is on the \(x\)-axis at \(x = 40\;cm\) and another is at \(x = 20\;\,cm,{\rm{ }}y = - 60\;\,cm\). The position of the third piece is

365816 A projectile is fired at an angle and it was following a parabolic path. Suddenly, it explodes into fragments. Choose the correct statement regarding this situation.

365817 A stationary particle explodes into two particles of a masses \(m_{1}\) and \(m_{2}\) which move in opposite directions with velocities \(v_{1}\) and \(v_{2}\). The ratio of their kinetic energies \(E_{1} / E_{2}\) is

365818 A shell of mass \(m\) which is at rest initially. It explodes into three fragments having masses in the ratio \(2: 2: 1\). If the fragments having equal masses fly off along mutually perpendicualr directions with speed \(v\), the speed of the third (lighter) fragment is

365819 Assertion :
Explosion occurs under internal forces only. External force is zero.
Reason :
When a body is dropped from a height explodes in mid air, but its centre of mass keeps moving in vertically downward direction.

365815 A bomb of mass ' \(m\) ' at rest at the coordinate origin explodes into three equal pieces. At a certain instant one piece is on the \(x\)-axis at \(x = 40\;cm\) and another is at \(x = 20\;\,cm,{\rm{ }}y = - 60\;\,cm\). The position of the third piece is

365816 A projectile is fired at an angle and it was following a parabolic path. Suddenly, it explodes into fragments. Choose the correct statement regarding this situation.

365817 A stationary particle explodes into two particles of a masses \(m_{1}\) and \(m_{2}\) which move in opposite directions with velocities \(v_{1}\) and \(v_{2}\). The ratio of their kinetic energies \(E_{1} / E_{2}\) is

365818 A shell of mass \(m\) which is at rest initially. It explodes into three fragments having masses in the ratio \(2: 2: 1\). If the fragments having equal masses fly off along mutually perpendicualr directions with speed \(v\), the speed of the third (lighter) fragment is

365819 Assertion :
Explosion occurs under internal forces only. External force is zero.
Reason :
When a body is dropped from a height explodes in mid air, but its centre of mass keeps moving in vertically downward direction.

365815 A bomb of mass ' \(m\) ' at rest at the coordinate origin explodes into three equal pieces. At a certain instant one piece is on the \(x\)-axis at \(x = 40\;cm\) and another is at \(x = 20\;\,cm,{\rm{ }}y = - 60\;\,cm\). The position of the third piece is

365816 A projectile is fired at an angle and it was following a parabolic path. Suddenly, it explodes into fragments. Choose the correct statement regarding this situation.

365817 A stationary particle explodes into two particles of a masses \(m_{1}\) and \(m_{2}\) which move in opposite directions with velocities \(v_{1}\) and \(v_{2}\). The ratio of their kinetic energies \(E_{1} / E_{2}\) is

365818 A shell of mass \(m\) which is at rest initially. It explodes into three fragments having masses in the ratio \(2: 2: 1\). If the fragments having equal masses fly off along mutually perpendicualr directions with speed \(v\), the speed of the third (lighter) fragment is

365819 Assertion :
Explosion occurs under internal forces only. External force is zero.
Reason :
When a body is dropped from a height explodes in mid air, but its centre of mass keeps moving in vertically downward direction.