Asteroid a has a mass of 1.70×10^20 kilograms (kg), and asteroid b has a mass of 9.50×10^18 kg. assuming that the same force was applied to both (a shock wave from a supernova, for example), what would be the ratio of a’s acceleration to b’s acceleration?

The ratio of asteroid-A’s acceleration to asteroid-B’s acceleration is 19:340.

Explanation:

Mass of asteroid-A = m =

Mass of asteroid-B = m' =

As we know , Force = mass × Acceleration

Force on asteroid-A

where , a is the acceleration with which asteroid-A is moving

Force on asteroid-B

where , a' is the acceleration with which asteroid-B is moving

Same force is exerted on the both the asteroids say F.

F = F'

The ratio of asteroid-A’s acceleration to asteroid-B’s acceleration is 19:340.

tension is the type of stress that results when two tectonic plates diverge .

explanation:

the correct answer is c.