Homework: Chapter 3 Answer the questions below after reading Chapter 3 and watching the 3 videos: 1. What is a Newton? 2. What is a Joule? 3. What is a Watt? Question #1- Solve: (show all work) Assume the following: Car #1 is a light truck Car #2 is a subcompact car How much Force (Newtons) is needed to accelerate: 2,000 kg car @ 5m/s? 1,000 kg car @ 5m/s2 = Which car uses less force, explain why? Car #1: Car #2: %3D Question #2 - Solve: (show all work) How much Work (joules) is done if: Car #1 travelled 100m? Car #2 travelled 100m? Question #3- Solve: (show all work) How much Power (w) is used if: Car #1 travelled for 10 seconds? Car #2 travelled for 10 seconds?

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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Question #6:
Calculate the difference in environmental cost between
Car #1
Car #2
Transcribed Image Text:Question #6: Calculate the difference in environmental cost between Car #1 Car #2
Homework: Chapter 3
Answer the questions below after reading Chapter 3 and watching the 3 videos:
What is a Newton?
2. What is a Joule?
3. What is a Watt?
1.
Question #1- Solve: (show all work)
Assume the following:
Car #1 is a light truck
Car #2 is a subcompact car
How much Force (Newtons) is needed to accelerate:
2,000 kg car @ 5m/s2 =
1,000 kg car @ 5m/s² =
Car #1:
Car #2:
Which car uses less force, explain why?
Question #2 – Solve: (show all work)
How much Work (joules) is done if:
Car #1 travelled 100m?
Car #2 travelled 100m?
Question #3 - Solve: (show all work)
How much Power (w) is used if:
Car #1 travelled for 10 seconds?
Car #2 travelled for 10 seconds?
Question #4 – Solve: (show all work)
Assume, there was a daily cost of 10 cents/day per kW for the mitigation (repair) of the total
environmental damage caused by this Power use, how much would the mitigation cost be for:
Car #1?
Car #2?
Question #5: Solve: (show all work)
How much does it cost to pay for this mitigation annually (365 days) for:
Car #1?
Car #2?
Transcribed Image Text:Homework: Chapter 3 Answer the questions below after reading Chapter 3 and watching the 3 videos: What is a Newton? 2. What is a Joule? 3. What is a Watt? 1. Question #1- Solve: (show all work) Assume the following: Car #1 is a light truck Car #2 is a subcompact car How much Force (Newtons) is needed to accelerate: 2,000 kg car @ 5m/s2 = 1,000 kg car @ 5m/s² = Car #1: Car #2: Which car uses less force, explain why? Question #2 – Solve: (show all work) How much Work (joules) is done if: Car #1 travelled 100m? Car #2 travelled 100m? Question #3 - Solve: (show all work) How much Power (w) is used if: Car #1 travelled for 10 seconds? Car #2 travelled for 10 seconds? Question #4 – Solve: (show all work) Assume, there was a daily cost of 10 cents/day per kW for the mitigation (repair) of the total environmental damage caused by this Power use, how much would the mitigation cost be for: Car #1? Car #2? Question #5: Solve: (show all work) How much does it cost to pay for this mitigation annually (365 days) for: Car #1? Car #2?
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