When equal forces act in opposite directions and the object does not move, this situation is described as?

When equal forces act in opposite directions and the object does not move, this situation is described as?

• A. Unbalanced Forces
• B. Balanced Forces
• C. Energy
• D. Force

Answer: (B)

When equal forces act in opposite directions and the object doesn’t move, the forces are balanced. The net force is zero, so there is no acceleration, matching Newton’s first law: an object at rest stays at rest unless a net external force acts. A simple example is a book resting on a table—gravity pulls down while the table pushes up with the same strength, so the book stays still. This situation is described as balanced forces or mechanical equilibrium. The other terms don’t fit here: energy is about the ability to do work, force alone doesn’t describe motion, and unbalanced forces would produce motion because they create a nonzero net force.

When equal forces act in opposite directions and the object doesn’t move, the forces are balanced. The net force is zero, so there is no acceleration, matching Newton’s first law: an object at rest stays at rest unless a net external force acts. A simple example is a book resting on a table—gravity pulls down while the table pushes up with the same strength, so the book stays still. This situation is described as balanced forces or mechanical equilibrium. The other terms don’t fit here: energy is about the ability to do work, force alone doesn’t describe motion, and unbalanced forces would produce motion because they create a nonzero net force.