The force applied on a body of mass $6$ kg is directly proportional to the acceleration produced in the body. Write an equation to express this observation and draw the graph of the equation.

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Solution

Force applied on a body is proportional to the acceleration.
$F \propto a$
$F = k a$
Where $k$ is the proportionality constant and equal to the mass of the body.
Thus $F = M a$
$F = 6 a$

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The force applied on a body of mass 6 kg is directly proportional to the acceleration produced in the body. Write an equation to express this observation and draw the graph of the equation.

Force applied on a body is proportional to the acceleration.F∝aF=kaWhere k is the proportionality constant and equal to the mass of the body.Thus F=MaF=6a

The force applied on a body of mass $6$ kg is directly proportional to the acceleration produced in the body. Write an equation to express this observation and draw the graph of the equation.

Force applied on a body is proportional to the acceleration.
$F \propto a$
$F = k a$
Where $k$ is the proportionality constant and equal to the mass of the body.
Thus $F = M a$
$F = 6 a$