Since everyone is dead in physics...and it involves a bit of math...I think....

Asteroid A: m = 1000 kg , s = 100 m/s
Asteroid B: m = 2000 kg , s = 80 m/s

Initial velocities are perpendicular to each other ( A moving initially to the right and B initially upwards)

a.) How would I determine the fractional decrease in total KE of the two asteroids?
b.) If average heat capacity is 2.05 kJ/kg*C, how do I calculate how much the temperature of the asteroids rose as a result of the collision?

Question

Since everyone is dead in physics...and it involves a bit of math...I think....

Asteroid A: m = 1000 kg , s = 100 m/s
Asteroid B: m = 2000 kg , s = 80 m/s

Initial velocities are perpendicular to each other ( A moving initially to the right and B initially upwards)

a.) How would I determine the fractional decrease in total KE of the two asteroids?
b.) If average heat capacity is 2.05 kJ/kg*C, how do I calculate how much the temperature of the asteroids rose as a result of the collision?

anonymous · Answer

@BAdhi

anonymous · Answer

what do u think? I will add and edit to your answer

anonymous · Answer

I actually don't even know how to begin.  All I know for sure right now is the equation for total KE

anonymous · Answer

okie lemee try to write something helpful

ganeshie8 · Answer

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