an object is moving north at a constant speed. a force of 5 n begins to push the object east at the same…

an object is moving north at a constant speed. a force of 5 n begins to push the object east at the same moment that a force of 5 n begins to push it west. what will happen to the object?\nthe object will turn toward the west.\nthe object will slow down and stop.\nthe object will accelerate toward the east.\nthe object will continue moving north.

an object is moving north at a constant speed. a force of 5 n begins to push the object east at the same moment that a force of 5 n begins to push it west. what will happen to the object?\nthe object will turn toward the west.\nthe object will slow down and stop.\nthe object will accelerate toward the east.\nthe object will continue moving north.

Answer

Explanation:

Step1: Analyze the forces in the east - west direction

The force pushing east is (F_{east}=5N) and the force pushing west is (F_{west} = 5N). The net force in the east - west direction is (F_{net,x}=F_{east}-F_{west}). Substituting the values, we get (F_{net,x}=5N - 5N=0N).

Step2: Analyze the motion in the north - south direction

There is no force acting in the north - south direction (the problem only mentions forces in the east - west direction). According to Newton's first law, an object in motion will continue in motion with a constant velocity in a straight line (in the direction of its initial velocity) if there is no net external force acting on it. Since the initial velocity of the object is in the north direction and (F_{net,x} = 0N) (no acceleration in the east - west direction), the object will continue to move with its initial velocity in the north direction.

Answer:

The object will continue moving north.