Maximum energy transfer for an elastic collision will occur if one body is at rest when

Question

Maximum energy transfer for an elastic collision will occur if one body is at rest when (A) m1 = m2 (B) m2=(1/2)m1 (C) m1 >> m2 (D) m2 >> m1

Tardigrade Admin · Accepted Answer

During elastic collision between two equal masses, the velocity of the two bodies get interchanged. So if one body is at rest, energy transfer will be maximum for m1 = m2.

Q. Maximum energy transfer for an elastic collision will occur if one body is at rest when

$m_{1} = m_{2}$

$m_{2} = \frac{1}{2} m_{1}$

$m_{1} >> m_{2}$

$m_{2} >> m_{1}$

During elastic collision between two equal masses, the velocity of the two bodies get interchanged. So if one body is at rest, energy transfer will be maximum for $m_{1} = m_{2}$ .

Q. Maximum energy transfer for an elastic collision will occur if one body is at rest when

m1​=m2​

m2​=21​m1​

m1​>>m2​

m2​>>m1​

During elastic collision between two equal masses, the velocity of the two bodies get interchanged. So if one body is at rest, energy transfer will be maximum for m1​=m2​.

$m_{1} = m_{2}$

$m_{2} = \frac{1}{2} m_{1}$

$m_{1} >> m_{2}$

$m_{2} >> m_{1}$

During elastic collision between two equal masses, the velocity of the two bodies get interchanged. So if one body is at rest, energy transfer will be maximum for $m_{1} = m_{2}$ .