Moments and levers

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Question 1 of 8

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The turning effect of a force is called the of the force.

Explanation

Question 2 of 8

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The of the force both depends on the size of the and how far it is to the pivot or .

Explanation

Question 3 of 8

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moment of force = x

Explanation

Question 4 of 8

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The law of (also called the law of the lever) is stated as follows:
When a body is in equilibrium the of the clockwise moments about any the sum of the moments about the point. There is no moment on a body which is in equilibrium.

Explanation

Question 5 of 8

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The unit for the moment of force is the ().

Explanation

Question 6 of 8

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A is any device which can turn about a . In a working a force called the is used to overcome a force called the .

Explanation

Question 7 of 8

Fill the blank spaces to complete the text.

The conditions for equilibrium are:
(i) The of the in one direction the sum of the forces in the direction.
(ii) The law of must apply.

A small quiz that highlights all the relevant facts and forumlas you need to know about moments and levers.

Moments and levers

Question 1 of 8

Fill the blank space to complete the text.

The turning effect of a force is called the of the force.

Explanation

Question 2 of 8

Fill the blank spaces to complete the text.

The of the force both depends on the size of the and how far it is to the pivot or .

Explanation

Question 3 of 8

Fill the blank spaces to complete the text.

moment of force = x

Explanation

Question 4 of 8

Fill the blank spaces to complete the text.

The law of (also called the law of the lever) is stated as follows:
When a body is in equilibrium the of the clockwise moments about any the sum of the moments about the point. There is no moment on a body which is in equilibrium.

Explanation

Question 5 of 8

Fill the blank spaces to complete the text.

The unit for the moment of force is the ().

Explanation

Question 6 of 8

Fill the blank spaces to complete the text.

A is any device which can turn about a . In a working a force called the is used to overcome a force called the .

Explanation

Question 7 of 8

Fill the blank spaces to complete the text.

The conditions for equilibrium are:
(i) The of the in one direction the sum of the forces in the direction.
(ii) The law of must apply.

Explanation

Question 8 of 8

Fill the blank spaces to complete the text.

According the condition for equilibrium, the have to each other.

Explanation

	Created by Seth-Riley Adams over 7 years ago

A small quiz that highlights all the relevant facts and forumlas you need to know about moments and levers.

Moments and levers

Question 1 of 8

Fill the blank space to complete the text.

The turning effect of a force is called the of the force.

Explanation

Question 2 of 8

Fill the blank spaces to complete the text.

The of the force both depends on the size of the and how far it is to the pivot or .

Explanation

Question 3 of 8

Fill the blank spaces to complete the text.

moment of force = x

Explanation

Question 4 of 8

Fill the blank spaces to complete the text.

The law of (also called the law of the lever) is stated as follows: When a body is in equilibrium the of the clockwise moments about any the sum of the moments about the point. There is no moment on a body which is in equilibrium.

Explanation

Question 5 of 8

Fill the blank spaces to complete the text.

The unit for the moment of force is the ().

Explanation

Question 6 of 8

Fill the blank spaces to complete the text.

A is any device which can turn about a . In a working a force called the is used to overcome a force called the .

Explanation

Question 7 of 8

Fill the blank spaces to complete the text.

The conditions for equilibrium are: (i) The of the in one direction the sum of the forces in the direction. (ii) The law of must apply.

Explanation

Question 8 of 8

Fill the blank spaces to complete the text.

According the condition for equilibrium, the have to each other.

Explanation

The law of (also called the law of the lever) is stated as follows:
When a body is in equilibrium the of the clockwise moments about any the sum of the moments about the point. There is no moment on a body which is in equilibrium.

The conditions for equilibrium are:
(i) The of the in one direction the sum of the forces in the direction.
(ii) The law of must apply.