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- A student wants to increase the amount of force required to do work . . .
To increase the force required to do work, the student should decrease the distance over which the force is applied, as this increases the force needed while keeping work constant The correct answer is B By decreasing the distance over which the force is applied
- Unit 6: Lesson 8: Simple Machines Flashcards | Quizlet
You will explore different types of simple machines and how they are used to do work , *Machines Make Work Easier* A machine can change the strength or direction of a force Work = Force × distance, or W = Fd To decrease the amount of force required to do work, you can increase the distance over which the force must be applied
- Work Done by a Force - Student Academic Success
Work Done by a Force Work Done by a Force Work is the measure of energy transferred to or from an object when a force is applied over a displacement, providing the link between forces and energy This concept explains how energy moves in systems and how power and efficiency are calculated in both mechanical and biological contexts
- 2. 4: Newtons Second Law of Motion- Force and Acceleration
A series of patterns for the free-body diagram will emerge as you do more problems As it turns out, the acceleration of an object depends only on the net external force and the mass of the object Combining the two proportionalities just given yields Newton's second law of motion
- Work and Machines Flashcards | Quizlet
Consider the equation: W =Fd, if a machine increases the distance over which a force exerted, the force required to do a given amount of work _____
- A student wants to increase the amount of force required to do work . . .
【Solved】 by decreasing the distance over which the force is applied Explanation 1 Recall the work formula Work is W = F \\times d, where F is force and d is d
- Force, Work and Power: Teaching Suggestions
(The amount of force required to accomplish this can be easily adjusted by changing the amount of "droop" the nylon string has when little or no force is applied to either end of the bunjy cord
- To decrease the amount of force required to do work, you can increase . . .
Increasing the distance over which a force is applied reduces the amount of force required to do work, making the statement true This principle is widely demonstrated with simple machines like ramps and levers By extending the distance, machines allow for smaller forces to achieve the same results in work done
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