In that case, the net or resultant force is the vector sum of all the different forces : Newton's Law's of Motion The first law of motion states that if the net force acting on an object is zero, an object at rest will remain at rest at rest, and an object in motion with constant velocity will continue in motion with constant velocity.
(Newton's Law's of Motion; will continue; in motion with constant velocity) (the net force; acting; on an object) (The first law of motion; states; that if the net force acting on an object is zero) Context(The first law of motion states,List([114, 144))):(if the net force acting on an object; is; zero) (an object at rest; will remain; at rest; T:at rest) Context(an object at rest will remain,List([196, 225))):(the net or resultant force; is; the vector sum of all the different forces; L:In that case)
The first law of motion states,List([114, 144)) an object at rest will remain,List([196, 225))
Newton's Law's of Motion the net force The first law of motion if the net force acting on an object an object at rest the net or resultant force
will continue acting states is will remain is
in motion with constant velocity
on an object
that if the net force acting on an object is zero
zero
at rest T:at rest
the vector sum of all the different forces L:In that case