A meteor made of pure kryptonite (Yes, we know:
There really isn't such a thing as kryptonite ...) is moving toward Earth. If
the meteor eventually hits Earth, the impact will cause severe damage,
threatening life as we know it. If a laser hits the meteor with wavelength
\(560 \mathrm{nm}\), the entire meteor will blow up. The only laser powerful
enough on Earth has a \(532-\mathrm{nm}\) wavelength. Scientists decide to
launch the laser in a spacecraft and use special relativity to get the right
wavelength. The meteor is moving very slowly, so there is no correction for
relative velocities. At what speed does the spaceship need to move so the
laser has the right wavelength, and should it travel toward or away from the
meteor?