Ideal Mechanical Advantage of a Lever with 65N Force and 60/10 cm Arms

This is a violation of our community guidelines. In summary, the conversation discusses using a lever to lift a box off the ground with a force of 65 N. The lever has an effort arm of 60 cm and a resistance arm of 10 cm. The individual is trying to determine the Ideal Mechanical Advantage (IMA) of the lever, which is calculated by dividing the effort arm by the resistance arm. However, they are unsure of the purpose of the 65 N force.
  • #1
billnyerocks
5
0
A man uses 65 N to lift a box off the ground with a lever. The effort arm is 60 cm. The resistance arm is 10 cm. What is the Ideal Mechanical Advantage?
 
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  • #2
You need to show us an attempt to solve the problem yourself. What have you tried?
 
  • #3
I know that the IMA of a lever is Le divided by Lr, which is Lever effort divided by lever resistance, so when you divide 60 cm by 10 cm, you get 6 cm. But what is the 65 N for?
 
  • #4
billnyerocks said:
I know that the IMA of a lever is Le divided by Lr, which is Lever effort divided by lever resistance, so when you divide 60 cm by 10 cm, you get 6 cm. But what is the 65 N for?

Please do not double post your questions.
 

Related to Ideal Mechanical Advantage of a Lever with 65N Force and 60/10 cm Arms

What is the definition of Ideal Mechanical Advantage (IMA)?

Ideal Mechanical Advantage (IMA) is the ratio of the force needed to lift or move an object using a lever to the force applied to the lever. It is a measure of how much the lever amplifies the input force.

What is the formula for calculating IMA of a lever?

The formula for calculating IMA of a lever is IMA = Effort Arm Length/Resistance Arm Length. In this case, it would be 60/10 = 6. This means that for every 1N of force applied to the lever, the object will be lifted with a force of 6N.

How does the length of the lever arms affect the IMA?

The length of the lever arms directly affects the IMA. The longer the effort arm and the shorter the resistance arm, the greater the IMA will be. This is because a longer effort arm allows for a smaller input force to lift a larger load.

Can the IMA of a lever be greater than 1?

Yes, the IMA of a lever can definitely be greater than 1. In fact, the longer the effort arm and shorter the resistance arm, the greater the IMA will be. However, it is important to note that the IMA cannot be greater than the ratio of the effort arm length to the resistance arm length.

How does friction affect the IMA of a lever?

Friction can reduce the IMA of a lever by making it more difficult to move the object. This means that more force is needed to overcome the resistance and lift the object. However, if the lever is well lubricated, friction can be minimized and the IMA can be increased.

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