The basketball in the picture is not moving. Gravity pulls the basketball down. Why is the basketball not moving?
Understand the Problem
The question asks why a basketball is not moving despite gravity acting on it. It requires an understanding of forces and motion, particularly concepts related to balanced and unbalanced forces.
Answer
Balanced forces.
The basketball is not moving because balanced forces are acting on it. Gravity pulls the ball down, but the ground provides an equal upward force, resulting in no movement.
Answer for screen readers
The basketball is not moving because balanced forces are acting on it. Gravity pulls the ball down, but the ground provides an equal upward force, resulting in no movement.
More Information
Balanced forces mean the net force on the basketball is zero, so it remains stationary despite gravity pulling it downward.
Tips
A common mistake is to misinterpret balanced forces as no forces; however, equal opposing forces lead to no net force.
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