One force pushes a stationary object east at 10 newtons, and another force pushes west at 5 newtons. The object will move to A. east
Balanced forces are those which are contrary in the course and identical in length. Balanced forces are taken into consideration to be in a country of equilibrium. When forces are balanced there's no change in course. Combined forces that can be balanced are constantly the same to zero.
Within the metric system, the main unit of force is Newton. For instance, an item with a mass of one kilogram has a weight of approximately nine. Eight newtons at the surface of the Earth, and approximately one-sixth as tons at the Moon.
Inside the first law, an item will now not change its motion until a force acts on it. In the 2d law, the force on an item is the same as its mass instances of its acceleration. Inside the 0.33 regulation, whilst two gadgets have interaction, they practice forces to each other of the same value and opposite course.
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Question: One force pushes a stationary object east at 10 newtons, and another force pushes west at 5 newtons. Which way will the object move?
A. east
B. west
C. north or south
D. it will not move
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