Interpret force diagrams and sums of forces - Middle School Physical Science
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Describe the motion of this cylinder.
Describe the motion of this cylinder.
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The answer is "It is moving to the right with a force of 500 Newtons," because the two 250 N forces are going the same direction and thus added together.
When we make diagrams or drawings of forces, we use vectors. A VECTOR is an arrow that represents the MAGNITUDE and the DIRECTION of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "It is moving to the right with a force of 500 Newtons," because the two 250 N forces are going the same direction and thus added together.
When we make diagrams or drawings of forces, we use vectors. A VECTOR is an arrow that represents the MAGNITUDE and the DIRECTION of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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Are the forces in this image balanced or unbalanced, and how is the object moving?
Are the forces in this image balanced or unbalanced, and how is the object moving?
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The answer is "unbalanced, the object is moving left with a force of 50 Newtons." The object is moving because the forces are unbalanced, and the net force is 50 Newtons to the left because the magnitude of that force is 50 Newtons stronger than the one going right.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "unbalanced, the object is moving left with a force of 50 Newtons." The object is moving because the forces are unbalanced, and the net force is 50 Newtons to the left because the magnitude of that force is 50 Newtons stronger than the one going right.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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What is the net force acting on this object?
What is the net force acting on this object?
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The answer is "500 N left" because the upwards and downwards forces are balanced, and the leftward force is 500N.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "500 N left" because the upwards and downwards forces are balanced, and the leftward force is 500N.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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What is the net force acting on this object?
What is the net force acting on this object?
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The answer is "1,002 N to the right" because the up and down forces are balanced, and the force acting towards the left is 1,0002 N stronger than the force acting to the right
The answer is "1,002 N to the right" because the up and down forces are balanced, and the force acting towards the left is 1,0002 N stronger than the force acting to the right
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Two people are pushing on an object. One person pushes the object 20 Newtons to the right. The other person pushes the object 50 Newtons to the left. What is the net force on the object?
Two people are pushing on an object. One person pushes the object 20 Newtons to the right. The other person pushes the object 50 Newtons to the left. What is the net force on the object?
Tap to reveal answer
The answer is 30 Newtons to the left.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is 30 Newtons to the left.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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A soccer ball is kicked on the ground with 100 Newtons of force to the right. The ball never leaves the ground. What is the net force acting in the upwards and downwards direction?
A soccer ball is kicked on the ground with 100 Newtons of force to the right. The ball never leaves the ground. What is the net force acting in the upwards and downwards direction?
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The answer is "The net force in the upwards and downwards direction is zero."
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "The net force in the upwards and downwards direction is zero."
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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The image above shows an object being pushed with a force, and the sum of forces in both directions. Why are some of the forces in this diagram negative?
The image above shows an object being pushed with a force, and the sum of forces in both directions. Why are some of the forces in this diagram negative?
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The answer is "Some of the forces are negative because they're going different directions."
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "Some of the forces are negative because they're going different directions."
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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What is the net force acting on this object?
What is the net force acting on this object?
Tap to reveal answer
The answer is "0 Newtons" because all the forces are balanced.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "0 Newtons" because all the forces are balanced.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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A box is falling from the sky and moving straight down with a force of 18,000 Newtons. What is the net force acting on the object?
A box is falling from the sky and moving straight down with a force of 18,000 Newtons. What is the net force acting on the object?
Tap to reveal answer
The answer is 18,000 Newtons because there is no normal force acting on the object in the upward direction if there is no surface below it.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is 18,000 Newtons because there is no normal force acting on the object in the upward direction if there is no surface below it.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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True or false: A book sitting still on a table has no forces acting on it.
True or false: A book sitting still on a table has no forces acting on it.
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The answer is false. The book has forces acting on it but the net force is 0.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is false. The book has forces acting on it but the net force is 0.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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Describe the motion of this cylinder.
Describe the motion of this cylinder.
Tap to reveal answer
The answer is "It is moving to the right with a force of 500 Newtons," because the two 250 N forces are going the same direction and thus added together.
When we make diagrams or drawings of forces, we use vectors. A VECTOR is an arrow that represents the MAGNITUDE and the DIRECTION of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "It is moving to the right with a force of 500 Newtons," because the two 250 N forces are going the same direction and thus added together.
When we make diagrams or drawings of forces, we use vectors. A VECTOR is an arrow that represents the MAGNITUDE and the DIRECTION of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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Are the forces in this image balanced or unbalanced, and how is the object moving?
Are the forces in this image balanced or unbalanced, and how is the object moving?
Tap to reveal answer
The answer is "unbalanced, the object is moving left with a force of 50 Newtons." The object is moving because the forces are unbalanced, and the net force is 50 Newtons to the left because the magnitude of that force is 50 Newtons stronger than the one going right.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "unbalanced, the object is moving left with a force of 50 Newtons." The object is moving because the forces are unbalanced, and the net force is 50 Newtons to the left because the magnitude of that force is 50 Newtons stronger than the one going right.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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What is the net force acting on this object?
What is the net force acting on this object?
Tap to reveal answer
The answer is "500 N left" because the upwards and downwards forces are balanced, and the leftward force is 500N.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "500 N left" because the upwards and downwards forces are balanced, and the leftward force is 500N.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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What is the net force acting on this object?
What is the net force acting on this object?
Tap to reveal answer
The answer is "1,002 N to the right" because the up and down forces are balanced, and the force acting towards the left is 1,0002 N stronger than the force acting to the right
The answer is "1,002 N to the right" because the up and down forces are balanced, and the force acting towards the left is 1,0002 N stronger than the force acting to the right
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Two people are pushing on an object. One person pushes the object 20 Newtons to the right. The other person pushes the object 50 Newtons to the left. What is the net force on the object?
Two people are pushing on an object. One person pushes the object 20 Newtons to the right. The other person pushes the object 50 Newtons to the left. What is the net force on the object?
Tap to reveal answer
The answer is 30 Newtons to the left.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is 30 Newtons to the left.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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A soccer ball is kicked on the ground with 100 Newtons of force to the right. The ball never leaves the ground. What is the net force acting in the upwards and downwards direction?
A soccer ball is kicked on the ground with 100 Newtons of force to the right. The ball never leaves the ground. What is the net force acting in the upwards and downwards direction?
Tap to reveal answer
The answer is "The net force in the upwards and downwards direction is zero."
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "The net force in the upwards and downwards direction is zero."
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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The image above shows an object being pushed with a force, and the sum of forces in both directions. Why are some of the forces in this diagram negative?
The image above shows an object being pushed with a force, and the sum of forces in both directions. Why are some of the forces in this diagram negative?
Tap to reveal answer
The answer is "Some of the forces are negative because they're going different directions."
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "Some of the forces are negative because they're going different directions."
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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What is the net force acting on this object?
What is the net force acting on this object?
Tap to reveal answer
The answer is "0 Newtons" because all the forces are balanced.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is "0 Newtons" because all the forces are balanced.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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A box is falling from the sky and moving straight down with a force of 18,000 Newtons. What is the net force acting on the object?
A box is falling from the sky and moving straight down with a force of 18,000 Newtons. What is the net force acting on the object?
Tap to reveal answer
The answer is 18,000 Newtons because there is no normal force acting on the object in the upward direction if there is no surface below it.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is 18,000 Newtons because there is no normal force acting on the object in the upward direction if there is no surface below it.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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True or false: A book sitting still on a table has no forces acting on it.
True or false: A book sitting still on a table has no forces acting on it.
Tap to reveal answer
The answer is false. The book has forces acting on it but the net force is 0.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
The answer is false. The book has forces acting on it but the net force is 0.
When we make diagrams or drawings of forces, we use vectors. A vector is an arrow that represents the magnitude and the direction of a force. The magnitude is how strong the force is, usually in Newtons, and the direction can be expressed in north, south, east, west, left, right, up, or down.
In order to evaluate the sum of forces in a free body diagram you have to add the vectors of forces both in the horizontal and in the vertical direction. The sum of forces in all directions is called the “net force.” When forces are going in opposite directions, they should be subtracted or the value of one of the forces should be given a negative to account for the direction.
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