High School

A 72 kg snowboarder applies a constant braking force of 267 N for 7.01 seconds while traveling at 26 meters per second.

Find the magnitude of the impulse applied to stop the snowboarder.

A. 6942 N·s
B. 505 N·s
C. 1872 N·s
D. 182 N·s

Answer :

The magnitude of the impulse applied to stop the snowboarder is approximately 1872 N*s.

How to calculate the magnitude of the impulse applied to stop the snowboarder?

To calculate the magnitude of the impulse applied to stop the snowboarder, we can use the formula:

Impulse = Force * Time

Given that the braking force is 267 N and the braking time is 7.01 seconds, we can calculate the impulse as follows:

Impulse = 267 N * 7.01 s ≈ 1872 N*s

Therefore, the magnitude of the impulse applied to stop the snowboarder is approximately 1872 N*s.

So the correct option is 1872 N*s.

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