It's km per hour.
the speed of light in a vacuum is 299792 KPS, so 36720 KPS isn't especially cosmically fast
10% of light speed? Yeah, that would be insanely fast. At those speeds you'd be seeing all kinds of relativistic effects. Even the color of the asteroid would appear to change as it passes by because of Doppler shift. At this speed, a 1 kilogram object would have the energy of 10 Hiroshima bombs.
It's km per hour.
the speed of light in a vacuum is 299792 KPS, so 36720 KPS isn't especially cosmically fast
10% of light speed? Yeah, that's insanely fast. At those speeds you'd be seeing all kinds of relativistic effects. Even the color of the asteroid would appear to change as it passes by because of Doppler shift. At this speed, a 1 kilogram object would have the energy of 10 Hiroshima bombs.
It's km per hour.
the speed of light in a vacuum is 299792 KPS, so 36720 KPS isn't especially cosmically fast
10% of light speed? Yeah, that's insanely fast. At those speeds you'd be seeing all kinds of relativistic effects. Even the color of the asteroid would appear to change as it passes by because of Doppler shift.
It's km per hour.
the speed of light in a vacuum is 299792 KPS, so 36720 KPS isn't especially cosmically fast
10% of light speed? Yeah, that's insanely fast. At those speeds you'd be seeing all kinds of relativistic effects. Even the color of the asteroid would appear to change as it passes by because of Doppler shift.
It's km per hour.