Physics Support Materials

Virtual Experiments in Higher Physics

Unit 1 - Mechanics

Click on an activity below

Title

Aim of Experiment

Activity 1 Measurement of acceleration To calculate the acceleration of a trolley moving down a slope
Activity 2a Measurement of acceleration To measure the acceleration of a trolley moving down a slope
Activity 2b Measurement of acceleration To find the relationship between the angle of slope and acceleration
Activity 3 Measurement of acceleration To measure the acceleration due to gravity
Activity 4 Resultant of two forces To compare the resultant of two forces with the single force which produces the same effect
Activity 5a Velocity - time graphs To obtain the velocity - time graph for a ball thrown upwards and caught
Activity 5b Velocity - time graphs To obtain the velocity - time graph for a ball thrown upwards and allowed to bounce
Activity 6a Velocity - time graphs To obtain the velocity - time graph for a trolley pushed up a slope and allowed to roll back down
Activity 6b Velocity - time graphs To obtain the velocity - time graph for a trolley pushed up a slope, allowed to roll back down and bounce against a buffer
Activity 7 Equations of motion To calculate the acceleration due to gravity using s = ut +1/2 at2
Activity 8 Projectiles To find the horizontal speed of a projectile
Activity 9 Lifts To calculate the acceleration of a lift
Activity 10 Work done To calculate the work done by the force of friction acting on a trolley moving down a slope
Activity 11 Momentum (Inelastic collisions) To compare the total momentum before and after a collision
Activity 12 Momentum (Elastic collisions) To compare the total momentum before and after a collision
Activity 13 Explosions To compare the total momentum before and after an explosion
Activity 14 Impulse To calculate the average force exerted by a club on a golf ball
Activity 15 Impulse To compare different times of contact for different balls bouncing on a hard surface
Activity 16 Impulse To compare force - time graphs for different collisions