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What is the average force exerted on the object during the collision? O 6.6 N 04 N 4.8 N O 5.2 N

What is the average force exerted on the object during the collision? O 6.6 N 04 N 4.8 N O 5.2 N

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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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 quiz section covers calculations of impulse at various intervals and determining the average force exerted during a collision. Learn and choose the correct answers to test your understanding of basic physics concepts related to impulse and force.
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 quiz section covers calculations of impulse at various intervals and determining the average force exerted during a collision. Learn and choose the correct answers to test your understanding of basic physics concepts related to impulse and force.
The graph shows the force exerted on an object over time during a collision: ### Force (N) vs. Time (s) Graph Explanation - **X-axis (Time in seconds):** Ranges from 0 to 12 seconds. - **Y-axis (Force in newtons):** Ranges from 0 to 9 newtons. ### Graph Details 1. **0 to 3 seconds:** - The force increases linearly from 0 to 7 newtons. 2. **3 to 5 seconds:** - The force remains constant at 8 newtons. 3. **5 to 7 seconds:** - The force decreases and remains steady at 5 newtons. 4. **7 to 10 seconds:** - The force remains constant at 5 newtons. 5. **10 seconds onward:** - The force returns to 0 newtons. This graph illustrates how the force changes during the collision, showcasing phases of acceleration, peak force, stabilization, and decline.
Transcribed Image Text:The graph shows the force exerted on an object over time during a collision: ### Force (N) vs. Time (s) Graph Explanation - **X-axis (Time in seconds):** Ranges from 0 to 12 seconds. - **Y-axis (Force in newtons):** Ranges from 0 to 9 newtons. ### Graph Details 1. **0 to 3 seconds:** - The force increases linearly from 0 to 7 newtons. 2. **3 to 5 seconds:** - The force remains constant at 8 newtons. 3. **5 to 7 seconds:** - The force decreases and remains steady at 5 newtons. 4. **7 to 10 seconds:** - The force remains constant at 5 newtons. 5. **10 seconds onward:** - The force returns to 0 newtons. This graph illustrates how the force changes during the collision, showcasing phases of acceleration, peak force, stabilization, and decline.
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