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What is the impulse on the object from t=0s to t=4s? O 4 Newton-seconds O 8 Newton-seconds O 32 Newton-seconds O 16 Newton-seconds What is the impulse on the object from t=4s to t=7s? O 28 Newton-seconds 56 Newton-seconds 24 Newton-seconds O 12 Newton-seconds What is the impulse of on the object from t=7s to t=10s? O 30 Newton-seconds 12 Newton-seconds O 6 Newton-seconds O 24 Newton-seconds

What is the impulse on the object from t=0s to t=4s? O 4 Newton-seconds O 8 Newton-seconds O 32 Newton-seconds O 16 Newton-seconds What is the impulse on the object from t=4s to t=7s? O 28 Newton-seconds 56 Newton-seconds 24 Newton-seconds O 12 Newton-seconds What is the impulse of on the object from t=7s to t=10s? O 30 Newton-seconds 12 Newton-seconds O 6 Newton-seconds O 24 Newton-seconds

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
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### Impulse and Force Quiz 1. **What is the impulse on the object from t=0s to t=4s?** - ○ 4 Newton-seconds - ○ 8 Newton-seconds - ○ 32 Newton-seconds - ○ 16 Newton-seconds 2. **What is the impulse on the object from t=4s to t=7s?** - ○ 28 Newton-seconds - ○ 56 Newton-seconds - ○ 24 Newton-seconds - ○ 12 Newton-seconds 3. **What is the impulse on the object from t=7s to t=10s?** - ○ 30 Newton-seconds - ○ 12 Newton-seconds - ○ 6 Newton-seconds - ○ 24 Newton-seconds 4. **What is the average force exerted on the object during the collision?** - ○ 6.6 N - ○ 4 N - ○ 4.8 N - ○ 5.2 N This exercise is designed to test your understanding of impulse and force. Consider the given time intervals and choose the correct answer for each question.
Transcribed Image Text:### Impulse and Force Quiz 1. **What is the impulse on the object from t=0s to t=4s?** - ○ 4 Newton-seconds - ○ 8 Newton-seconds - ○ 32 Newton-seconds - ○ 16 Newton-seconds 2. **What is the impulse on the object from t=4s to t=7s?** - ○ 28 Newton-seconds - ○ 56 Newton-seconds - ○ 24 Newton-seconds - ○ 12 Newton-seconds 3. **What is the impulse on the object from t=7s to t=10s?** - ○ 30 Newton-seconds - ○ 12 Newton-seconds - ○ 6 Newton-seconds - ○ 24 Newton-seconds 4. **What is the average force exerted on the object during the collision?** - ○ 6.6 N - ○ 4 N - ○ 4.8 N - ○ 5.2 N This exercise is designed to test your understanding of impulse and force. Consider the given time intervals and choose the correct answer for each question.
**Graph Title: Force (N) vs. Time (s) Graph** **Description:** The graph illustrates the force experienced by an object over time during a collision. The x-axis represents time in seconds (s), ranging from 0 to 12 seconds. The y-axis represents force in newtons (N), ranging from 0 to 9 newtons. **Graph Analysis:** - From 0 to 3 seconds, the force increases linearly from 0 N to 6 N. - Between 3 and 4 seconds, the force continues to increase but at a slower rate, reaching 8 N. - From 4 to 8 seconds, the force remains constant at 8 N. - At 8 seconds, the force sharply drops to 2 N. - From 8 to 10 seconds, the force maintains at 2 N. - At 10 seconds, the force decreases back to 0 N. This graph depicts a rapid increase in force followed by a plateau and then a sharp decrease, typical of a collision event.
Transcribed Image Text:**Graph Title: Force (N) vs. Time (s) Graph** **Description:** The graph illustrates the force experienced by an object over time during a collision. The x-axis represents time in seconds (s), ranging from 0 to 12 seconds. The y-axis represents force in newtons (N), ranging from 0 to 9 newtons. **Graph Analysis:** - From 0 to 3 seconds, the force increases linearly from 0 N to 6 N. - Between 3 and 4 seconds, the force continues to increase but at a slower rate, reaching 8 N. - From 4 to 8 seconds, the force remains constant at 8 N. - At 8 seconds, the force sharply drops to 2 N. - From 8 to 10 seconds, the force maintains at 2 N. - At 10 seconds, the force decreases back to 0 N. This graph depicts a rapid increase in force followed by a plateau and then a sharp decrease, typical of a collision event.
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Force vs time graph

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The impulse on the object from t=0s to 4s, 4s to 7s and 7s to 10s

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