Motion

In this experiment, pressing the acceleration button increases the car's speed, while a slider lets users adjust the acceleration value. As accelerati...

In this experiment, a car moves along a path and users can observe both distance and displacement during its motion. Distance represents the total len...

This experiment demonstrates centripetal force by rotating a small mass tied to a rope in a horizontal circle. The speed of rotation and the length of...

This experiment demonstrates how acceleration due to gravity changes at different altitudes and depths. By observing different positions above and bel...

In this experiment, a stone tied to a string is rotated in a circular path at constant speed while maintaining a fixed distance from the center. An in...

In this experiment, two cars travel between the same two points at an identical constant speed. While their starting and ending positions are the same...

In this activity, we measure the lengths of different objects around us, such as a comb, pen, pencil, and eraser. We use a metre scale to measure each...

This experiment uses a carrom board simulation to show Newton's First Law. A striker hits the base coin of a stack. If the applied force exceeds a set...

This experiment demonstrates Newton's Second Equation of Motion by showing how changes in initial velocity and gravitational acceleration affect the t...

In this experiment, we will demonstrate the oscillatory motion of a metal strip. One end of the metal strip is fixed between books, while the free end...

In this experiment, a pendulum swings back and forth like a playground swing. It moves again and again in the same way, showing periodic motion.

This experiment demonstrates projectile motion by allowing the initial velocity and launch angle to be adjusted. As these values change, the projectil...

This experiment demonstrates properties of circular motion. An object moves in a circular path, and the radius and speed can be changed to observe how...

This experiment demonstrates the concept of safe speed on a banked road. The angle of banking and the radius of the curve can be changed to observe ho...

This experiment demonstrates the maximum safe speed of a car on an unbanked road. The radius of the curve and the friction can be changed to observe h...

In this experiment, a blue car and a yellow car are placed on a road with the objective of reaching a fixed distance. The speed of each car can be adj...

In this experiment, we drop an eraser from a certain height and observe its motion. The eraser moves downward along a straight path due to gravity. Th...

This experiment demonstrates how relative velocity affects the direction of rain experienced by a moving rider. By changing the velocity of the bike a...

This experiment demonstrates vector addition by finding the magnitude and direction of the resultant vector. The magnitude and direction of two vector...

In this experiment, a car moves along a straight path whose length and direction can be adjusted by dragging a control point. The car's velocity is se...