Two people apply a force to a box from opposite directions as shown in the picture below. The box does not move. Which statement best explains why the box does not move? (1 point)
The box is experiencing unbalanced forces.
The box is experiencing unbalanced forces.
Balanced forces do not cause motion.
Balanced forces do not cause motion.
The forces have different magnitudes.
The forces have different magnitudes.
Push forces do not cause motion.
The answer is "Balanced forces do not cause motion."
What is the unit used for measuring force? (1 point)
1.) kilometer
2.) gram
3.) newton
4.) joule
The unit used for measuring force is the newton.
The correct statement is: The box is experiencing balanced forces.
Explanation: When the forces applied to an object are equal in magnitude and opposite in direction, they create balanced forces. In this case, the two people are applying forces to the box from opposite directions with the same magnitude. These balanced forces cancel each other out, resulting in no net force acting on the box. As a result, the box does not move.
The statement that best explains why the box does not move is "The box is experiencing balanced forces." This is because balanced forces are forces that are equal in magnitude and opposite in direction, resulting in a net force of zero. When the applied forces from both people are equal in magnitude but opposite in direction, the net force on the box is zero, which means there is no unbalanced force to cause the box to move.
To determine which statement is correct, you can apply the concept of balanced and unbalanced forces. First, check if the forces acting on the box are balanced or unbalanced. If the forces are balanced, meaning they are equal in magnitude and opposite in direction, then the box will not move. On the other hand, if the forces are unbalanced, meaning they are either unequal in magnitude or not acting in opposite directions, then the box will experience a net force and will move according to the direction and magnitude of the net force.
In this case, the picture shows two forces applied to the box from opposite directions. To determine if these forces are balanced or unbalanced, you need to compare their magnitudes. If the forces have different magnitudes, then they are unbalanced. However, if the forces have the same magnitude, then they are balanced. Since the box does not move in this situation, it indicates that the forces applied to the box are balanced. Thus, the correct explanation is that the box is experiencing balanced forces.