Question

How does Newton describe the dependence of acceleration of a body on its mass and the net applied force?

An object in motion tends to accelerate unless acting upon by an external
force
Mass and inertia accelerate with the applied force due to the unbalanced
forces
Every action of force has an equal and opposite reaction applies to the
acceleration
The acceleration of the object are directly proportional to the force
applied

Answer 1

D

Step-by-step explanation:

USATESTPREP

Answer 2

The acceleration of the object are directly proportional to the force applied

Step-by-step explanation:

As per Newton's 2nd law of motion we know that

rate of change in momentum of the object is directly proportional to the net force on it

so here we will have

`F = (dp)/(dt)`

here we know that momentum is the product of mass and velocity

so we will have

P = mv

now we have

`(dp)/(dt) = m(dv)/(dt) = ma`

so we have

F = ma

so here we can say

The acceleration of the object are directly proportional to the force applied