An object acted upon a force will what in the same direction of the force?

Answer 1

Accelerate, assuming that there is a net force acting upon the object. This means that the force you exert upon an object is not matched by any other force(s) in the opposite direction. Say you push on a wall. The wall will not accelerate because it will push back on you with the same force(Newton's Third Law). So the wall won't go anywhere, because there is zero net force in that system. But if we have a book on a tabletop, it will accelerate, if you can exceed the frictional force. Since the fricitonal force is constant in motion, you can produce a net force on the object, thus causing it to accelerate.

Answer 2

Not necessarily. Motion depends on the VELOCITY of the particle. What can only be said is that the object will ACCELERATE in the same direction as the unbalanced force (provided it is the only unbalanced force acting on the body)

Answer 3

When a vector force moves a displacement in the same direction, the product is negative and should be called "exergy" meaning energy out like exercise.

When you lift an object against gravity, then you are putting energy into the object and this is called energy. When you drop the object, exergy comes out as the object falls in the direction of the gravitational force.

Unfortunately, physicists have this situation backwards and have created a defective math, Vector Analysis, where I2=J2=K2 = + 1, when the proper mathematics Quaternions has the correct rules I2=J2=K2= -1.

Quaternions vector are Aassociative (II)J= I(IJ) =-K; the othere vectors are not, (II)J=+J but I(IJ)=IK= -J.

This is the difference of an explosion or implosion, or a rocket going up or down, depending on how you group the terms.

Answer 4

If there is no other force acting on the object, this should experimetanl an acceleration that is proportional to the magnitude of the resultant force of both and inversely proportional to the mass of the same, all this indicates the second law of newton

a = F / m

where:

F: F1+ F2 magnitude of the forces applied

m: mass of the body

Answer 5

Yes. An object accelerates in the direction of the net applied force, which is the vector sum of all applied forces.

Answer 6

All objects accelerate in the direction of the net force. No object will accelerate at all without a net force.

Answer 7

A force that causes an object to move is a kinetic force.

Answer 8

The object will move in the direction of the forces.

Answer 9

In that case, the combined force will act on the object.