Centrifugal Orbit Centrifugal Force Experiment Centrifugal Track Force Experiment Equipment Teaching Apparatus Middle School Physical Mechanics Aids Roller Coaster Orbit Model

Product name: Centrifugal track (yellow aluminum alloy)Size: 280*110*345mm/11.02*4.33*13.58 inWeight: 650gPurpose: for middle school physics to demonstrate the movement of objects on a vertical circular orbit.Tips:*Due to manual measurement, there may be some errors, please allow 1-3cm difference, thank you.*Because the spotlight and different people have different understandings of color, there may be a certain color, but within a reasonable range, please choose carefully.*If you need other styles, please me, our store has a variety of styles and colors, you can view my store.*We believe that we can meet your needs with high quality products. If you find any problems with our products, please feel to us by email to resolve the issue.*Welcome your sharing and feedback so that we can provide you with better products and services.

• *This product is used for middle school physics to demonstrate the movement of objects on a vertical circular orbit.
• * Consists of a base frame, steel balls, circular track, plastic magazines, ball bags, etc.
• *Use: Put the track on the desk, make the base level, and then make the steel ball roll down from the highest point on the inclined rail, and you can see that the ball can smoothly pass through the circular rail-shaped track in the vertical plane. At the highest point without falling, continue to roll along the track to another inclined track and move into the bag.
• * Repeat to make the ball roll down the ramp several times, but gradually reduce the height of the starting point, it can be seen that when it is less than a certain value, the ball can not reach and pass the highest point of the circular orbit, but from close to the highest point A certain point of the point deviates from the track and makes an oblique upward throwing motion, and its curved path deviates into the ring, and finally falls on the track below.
• *Result: Only when the speed of the ball passing the highest point of the circular orbit is equal to or greater than a certain value, the centripetal force required for its circular motion is equal to or greater than the gravity it receives. The resultant force of the ball can be exactly the centripetal force, so it can be smooth Pass the highest point of the track.