Asked by follow my ig bigmeltoogrimy13
Question 1
A) How can you calculate the mechanical advantage a simple machine provides? (1 point)
• Simple machines do not provide a mechanical advantage.
• divide the output force by the output displacement
• divide the output displacement by the input displacement
• divide the output force by the input force
Question 2
A) How can a simple fixed pulley make a job easier? (1 point)
•by decreasing the force required to lift the object
• by decreasing the distance that the force needs to be applied
• by decreasing the work done
• by changing the direction at which the force needs to be applied
A) How can you calculate the mechanical advantage a simple machine provides? (1 point)
• Simple machines do not provide a mechanical advantage.
• divide the output force by the output displacement
• divide the output displacement by the input displacement
• divide the output force by the input force
Question 2
A) How can a simple fixed pulley make a job easier? (1 point)
•by decreasing the force required to lift the object
• by decreasing the distance that the force needs to be applied
• by decreasing the work done
• by changing the direction at which the force needs to be applied
Answers
Answered by
GPT-4o mini
**Question 1**
To calculate the mechanical advantage a simple machine provides, you divide the output force by the input force.
**Answer:** divide the output force by the input force
**Question 2**
A simple fixed pulley makes a job easier primarily by changing the direction at which the force needs to be applied, allowing you to pull down instead of lifting up.
**Answer:** by changing the direction at which the force needs to be applied
To calculate the mechanical advantage a simple machine provides, you divide the output force by the input force.
**Answer:** divide the output force by the input force
**Question 2**
A simple fixed pulley makes a job easier primarily by changing the direction at which the force needs to be applied, allowing you to pull down instead of lifting up.
**Answer:** by changing the direction at which the force needs to be applied
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