Forces and Laws of Motion

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

This experiment demonstrates apparent mass in an elevator. By changing the elevator's acceleration upward or downward, the normal reaction changes, wh...

This experiment demonstrates the difference between balanced and unbalanced forces. When equal forces act in opposite directions, the object remains i...

This experiment demonstrates pseudo force in a non-inertial frame using a hinged bob inside an accelerating vehicle. By changing the acceleration of t...

In this experiment, a force is applied to an object and its motion is observed. The force and mass can be changed independently to see how they affect...

This experiment demonstrates the concept of center of mass and how it depends on the distribution of mass in a body. By changing the position of objec...

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 one-dimensional collisions and the conservation of momentum. By changing the masses and initial velocities of two objects...

This experiment demonstrates friction as a contact force. A force is applied to a block, and the block moves only when the applied force becomes great...

This experiment demonstrates force and deflection during a collision. A ball rolls on a flat surface and strikes a wall placed at an angle. After the ...

This experiment demonstrates friction on a rough horizontal surface using a wooden block. A force is applied at different angles, and the force arrows...

This experiment demonstrates friction on an inclined surface. The angle of the surface and the material can be adjusted to find the critical angle at ...

In this experiment, a force is applied to a wrench using a movable arrow. By changing the force value and the distance from the pivot point, students ...

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...

This experiment demonstrates Newton's Second Law of Motion by showing that acceleration is directly proportional to the applied force and inversely pr...

This experiment demonstrates Newton's Third Law of Motion by showing that interacting bodies exert equal and opposite forces on each other, forming ac...

This experiment demonstrates Newton's Third Law using rocket thrust. When the rockets fire, gases are pushed backward and the plane moves forward with...

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...

This experiment demonstrates the basics of torque by hanging a cube from a stand using a rope. The cube's weight acts as a force at a distance from th...

The Torque Seesaw experiment uses a seesaw with two movable sphere. When we change either the mass or the distance of the sphere, the seesaw tilts acc...