We appreciate your visit to 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. This page offers clear insights and highlights the essential aspects of the topic. Our goal is to provide a helpful and engaging learning experience. Explore the content and find the answers you need!
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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