Question

JEE Mains Chemistry question is in the image

Answer 1

Answer:

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.

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.

Explanation:

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.

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.