A powerful missile reaches a speed of 5 kilometers per second in 10 seconds after its launch. What is the average acceleration of the missile during this period?

a) 0.2 meters/second^2

b) 0.4 centimeters/second^2

c) 0.5 meters/second^2

d) 0.5 kilometers/second^2

Question

Physics

Francis Stout

21 February, 07:15

A powerful missile reaches a speed of 5 kilometers per second in 10 seconds after its launch. What is the average acceleration of the missile during this period?

a) 0.2 meters/second^2

b) 0.4 centimeters/second^2

c) 0.5 meters/second^2

d) 0.5 kilometers/second^2

+2

Answers (2)

Know the Answer?

Melany Rubio · Answer 1

Average acceleration is the change in velocity divided by an elapsed time. So, we can calculate it as follows:

acceleration = 5 - 0 / 10 - 0 = 0.5 kilometers/second^2

Therefore the correct answer is option D.

Hope this answers the question. Have a nice day.

Jazlynn Burke · Answer 2

Average acceleration = (change in speed) / (time for the change)

The missile's change in speed is (5,000 - 0) = 5,000 m/s

Average acceleration = (5,000 m/s) / (10 sec)

= 500 m/s² (about 51 Gs)

A powerful missile reaches a speed of 5 kilometers per second in 10 seconds after its launch. What is the average acceleration of the missile during this period?a) 0.2 meters/second^2b) 0.4 centimeters/second^2c) 0.5 meters/second^2d) 0.5 kilometers/second^2

A powerful missile reaches a speed of 5 kilometers per second in 10 seconds after its launch. What is the average acceleration of the missile during this period?

a) 0.2 meters/second^2

b) 0.4 centimeters/second^2

c) 0.5 meters/second^2

d) 0.5 kilometers/second^2