Circular Centrifugal Force Equipment Small Ball Roller Orbit Model Inertia with Base Physical Experiment Model

Description:
This centrifugal force equipment is designed for the demonstration of the movement of objects in vertical circular orbit for physics teaching and study.

Specification:
Material: Metal + Plastic
Color: Black + Silver
Base Size: 30.5*12cm
Total Height: 33cm
Component:
Base, Circular Track, Steel Track, Plastic Clip, Ball Container, Shockproof Base, Connecting Screw and Nut

Features:
1. The special design presents us the vivid demonstration of the motion rule of object under the action of inertia in physics experiment.
2. Easy to know how to install and operate with instructions.

Instructions:
How to install:
1. Fasten the circular track to the base with two sets of M4x10 screws and nuts;
2. Install the plastic clip at the end of the long track with one M4x10 screw;
3. Install the ball container at the end of the short track with two sets of M4x10 screws and nuts.
How to operate:
1. Place and track on the table and keep the base in a horizontal level.
2. Roll down the steel ball from the highest point on the inclined track and then it can be seen that the ball can smoothly pass through the highest point of the circular orbit in the vertical surface without falling down.
3. Roll down the steel ball along the track to another inclined track and move into the ball container.
4. Try to roll down the ball several times from the inclined track in different height of the starting point, it can be demonstrated that the ball can not reach and pass through the highest point of the circular orbit when it is less than a certain value. Instead, it conducts oblique upward throwing motion when it getting out of the track from one point near the highest point. It deviates into the circular track and falls into the orbit below.

Package Included:
1 x Centrifugal Force Equipment

More Details: