If the work done by a body on application of a constant force is directly propertional to the distance travelled by the body. express this in the form of an equation in two variables and draw the graph of the same by taking the constant force as $5$ units. Also read from the graph the work done when the distance travelled by the body is

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Solution

Since, Work done by a body on application of a constant force is directly proportional to the distance traveled by the body.
Thus, $W \propto S$ when $F = c o n s t .$
The slope of the curve of Work vs Distance graph here, is 5 units, which is equal to the constant Force.

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If the work done by a body on application of a constant force is directly proportional to the distance travelled by the body, express this in the form of an equation in two variables and draw the graph of the same by taking the constant force as 5 units. Also read from the graph the work done when the distance travelled by the body is

(i) 2 units (ii) 0 units

If the work done by a body on application of a constant force is directly proportional to the distance travelled by the body, express this in the form of an equation in two variables and draw a graph of the same by taking the constant force as 5 units. Also read from the graph the work done when the distance travelled by the body is: (i)2 units (ii)0 units

Q. The work done by a body on application of a constant force is directly proportional to the distance traveled by the body. Express this in the form of an equation in two variables and draw the graph of the same by taking the constant force as

5

units. Read from the graph, the work done when the distance traveled by the body is

0

units.

Q. The worker done by a body on application of a constant force is directly proportional to the distance travelled by the body. Express this in the form of an equation in two variable and draw the graph of the same by taking the constant force as 2 units . Read from the graph the work done when the distance travelled by the body is 0 units.

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Since, Work done by a body on application of a constant force is directly proportional to the distance traveled by the body.Thus, W∝S when F=const.The slope of the curve of Work vs Distance graph here, is 5 units, which is equal to the constant Force.

Since, Work done by a body on application of a constant force is directly proportional to the distance traveled by the body.
Thus, $W \propto S$ when $F = c o n s t .$
The slope of the curve of Work vs Distance graph here, is 5 units, which is equal to the constant Force.