Answer
$1.0\times10^{-22}m$ which is approximately $10^{-7}$ times smaller than the range of the strong force and about $10^{-5}$ smaller than the range of the weak force. At these energies, the collisions serve a good way to probe the details of both forces.
Work Step by Step
$1.0\times10^{-22}m$ which is approximately $10^{-7}$ times smaller than the range of the strong force and about $10^{-5}$ smaller than the range of the weak force. At these energies, the collisions serve a good way to probe the details of both forces.