Force equal mass newton's laws

Answer 1

Force equals mass times acceleration, F=ma (m=mass, a=acceleration)

in his original theory, force equals change in inertia over time, F=P/dt, (where p=mv or inertia, t=time, d=delta, change in)

hence, substituting, F=mv/dt, but as v=meters per second, and acceleration is meters per second square, you get F=ma

Answer 2

Force = mass x acceleration

(n) (g) (ms^-2)

This is Newton's 2nd law, and it means that a body with a certain mass will always accelerate when one generates a force on it. (i.e. when you exert force on a ball, it will accelerate forward at a certain speed proportional to the force you exerted and its mass, but when you dont touch the ball, it wont move)

Answer 3

In order to determine force between two charged objects, you must know the charge of each object and the distance between them. Then, you can set up the following equation:

F=ke(q1)(q2)/(r2)

ke= constant 8.99*109

q1= charge of object 1

q2= charge of object 2

r= distance between objects

Hope this helps!

Answer 4

There aren't any relating just force and mass. The relation between force, mass and acceleration is f=ma. The relation between mass and energy is e=mc2.

Answer 5

a force applied to a mass results in a change in the state of motion of the mass, or acceleration.

Answer 6

Something moves in direct proportion to how you punch it.

Answer 7

Yes