āš›ļø Quantum Physics Tutorial Bouncing Ball Dynamics & NEET Practice

Master the fundamental laws of motion through interactive exploration and practice NEET problems

Step 1 of 12

Welcome to Physics!

0m
20m
40m
60m
80m
Speed 0.0 m/s
Height 90.0 m
Phase Ready

Speed-Time Graph

Falling Speed
Rising Speed
Max Speed: 0.0 m/s | Bounces: 0
šŸ“š

Understanding the Physics

Let's learn how a bouncing ball works step by step. We'll start with a ball 90 meters high.

🧮

Mathematical Formula

Initial height = 90 meters
Gravity on Earth pulls objects down at 9.8 m/s²
šŸŽÆ

Your Challenge

Click "Next" to begin our physics journey!

šŸ’” Multiply 9.8 by the time in seconds

šŸŽÆ NEET Practice Problems

Medium
Ball Dropped from 80m (Half Speed Loss)
Ball loses 50% speed on each bounce. Plot speed-time graph...
Easy
Coefficient of Restitution (e = 0.75)
Calculate rebound height with given coefficient...
Medium
50% Energy Loss Problem
Find coefficient of restitution from energy loss...
Hard
Time to Stop Bouncing
Calculate total time for infinite bounces...
Medium
Head-on Collision
Two bodies collide with given velocities...
Easy
Height Reduction Factor
Find velocity reduction from bounce heights...
Medium
Block Collision (e = 0.5)
Calculate relative velocity after collision...
Select a problem to see solution

šŸ‘ˆ Choose a practice problem from the list to see detailed step-by-step solutions