Question

Plot a graph between forces applied on a body and the acceleration produced in the given mass,assuming that the magnitude of force is constantly changing.​

Answer 1

Given that,

The acceleration produced in the given mass,assuming that the magnitude of force is constantly changing

We know that,

Force :

Force is the equal to the product of mass and acceleration of the body.

In mathematically form,

$F=ma$

Where, m = mass

a = acceleration

Acceleration :

Acceleration is equal to the rate of change of the speed of the body.

In mathematically form,

$a=\dfrac{dv}{dt}$

Where, v = speed

t = time

We need to draw a graph between force and acceleration

Using formula of force

$F=ma$

$F\propto a$

Where, F = force

a = acceleration

Force is directly proportional to the acceleration.

So, A force applied on a body and acceleration produced.

Then, the magnitude of force is constantly changing.

Hence, This is required solution.

Answer 2

Given that,

The acceleration produced in the given mass,assuming that the magnitude of force is constantly changing

We know that,

Force :

Force is the equal to the product of mass and acceleration of the body.

In mathematically form,

F=maF=ma

Where, m = mass

a = acceleration

Acceleration :

Acceleration is equal to the rate of change of the speed of the body.

In mathematically form,

a=\dfrac{dv}{dt}a=

dt

dv

Where, v = speed

t = time

We need to draw a graph between force and acceleration

Using formula of force

F=maF=ma

F\propto aF∝a

Where, F = force

a = acceleration

Force is directly proportional to the acceleration.

So, A force applied on a body and acceleration produced.

Then, the magnitude of force is constantly changing.

Hence, This is required solution.