3) Consider a rocket in deep space (so it's weightless) with thrusters that generate a forward

force of + 500. N. If the acceleration it experiences in this scenario is + 5,00, calculate:

a) the mass of the rocket,

b) its displacement in the first 100 s, assuming it starts from rest.

Question

Jaydin Roman

Physics

3 August, 21:51

3) Consider a rocket in deep space (so it's weightless) with thrusters that generate a forward

force of + 500. N. If the acceleration it experiences in this scenario is + 5,00, calculate:

a) the mass of the rocket,

b) its displacement in the first 100 s, assuming it starts from rest.

+1

Answers (1)

Know the Answer?

Diamond Thornton · Answer 1

a). F = m a

500 N = (m) (5.00 m/s^2)

m = 100 kg

b). Accelerating body covers distance of

D = 1/2 a T^2

D = 1/2 (5.00 m/s^2) (100 s) ^2

D = 25,000 meters

Note: I'm pretty sure the acceleration is typed wrong in the question. If so, then these answers won't be correct.

3) Consider a rocket in deep space (so it's weightless) with thrusters that generate a forwardforce of + 500. N. If the acceleration it experiences in this scenario is + 5,00, calculate:a) the mass of the rocket,b) its displacement in the first 100 s, assuming it starts from rest.

3) Consider a rocket in deep space (so it's weightless) with thrusters that generate a forward

force of + 500. N. If the acceleration it experiences in this scenario is + 5,00, calculate:

a) the mass of the rocket,

b) its displacement in the first 100 s, assuming it starts from rest.