3. In science, work is defined as using a force to move something a distance. The formula for work W (in joules) Is W = F•d, where F is the force (in newtons) and d is the distance (In meters). Part A: Explaln how to solve the formula for force. Part B: Chantelle pushes a box 4.5 meters, doling 144 joules of work. What force does she use to push the box? Part C: Chantelle then pushes the box 9 meters, twice as far as in Part A. She does the same amount of work as in Part A, 144 joules. What force does she use? Part D: In general, if the distance an object is moved is doubled, but the amount of work done does not change, how does the amount of force used change?

3. In science, work is defined as using a force to move something a distance. The formula for work W (in joules) Is W = F•d, where F is the force (in newtons) and d is the distance (In meters). Part A: Explaln how to solve the formula for force. Part B: Chantelle pushes a box 4.5 meters, doling 144 joules of work. What force does she use to push the box? Part C: Chantelle then pushes the box 9 meters, twice as far as in Part A. She does the same amount of work as in Part A, 144 joules. What force does she use? Part D: In general, if the distance an object is moved is doubled, but the amount of work done does not change, how does the amount of force used change?

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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O 56 in.
O D 13. In science, work is defined as using a force to move something a distance. The formula for work W (in joules) is W = F•d, where F is the force (In newtons) and d is the distance (In
meters).
Part A: Explain how to solve the formula for force.
Part B: Chantelle pushes a box 4.5 meters, doing 144 joules of work. What force does she use to push the box?
Part C: Chantelle then pushes the box 9 meters, twice as far as in Part A. She does the same amount of work as in Part A, 144 joules. What force does she use?
Part D: In general, if the distance an object is moved is doubled, but the amount of work done does not change, how does the amount of force used change?
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