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The Newton color disc consists of the primary colors: red, blue, and yellow. By spinning the disc quickly, the colors blend together to produce secondary colors such as orange, green, and purple.
make a newton disc .take a motor from a car which uses battery.take a circle cardboard and put it in the motor.connect the wires of the motor using a batteryyour newton disc is ready
Precession: The rotor disc tilts in the direction of the force applied, 90 degrees later. Rigidity in Space: The rotor disc stays in a fixed plane as long as the helicopter is spinning.
You can attach a motor to a battery by connecting the positive terminal of the battery to the positive terminal of the motor using a wire, and connecting the negative terminal of the battery to the negative terminal of the motor. This will allow the motor to receive power from the battery and start spinning when turned on.
The phenakistoscope works by creating an illusion of motion through the rapid rotation of a disc with sequential images. When viewed through slots in the disc while spinning, the images appear to blend together due to the persistence of vision, creating the impression of a moving image.
accretion disc
The disc has the potential to get scratched, especially if the disc was spinning when the console was moved.
A discus is a round disc, like a frisbee but without a lip going around the edge. You throw it by spinning yourself and then using your arm to increase the momentum so you get maximum distance.
If the dashboard says that there is no disc inserted. The disk drive is damaged and should be replaced.
A car's brakes use sliding friction. In most modern cars there is a disc attached directly to the wheel and tire. When the tire is spinning this brake disc is also spinning. When the brake pedal is pressed, fluid is pushed through a line, filling a chamber with very high pressure. As this chamber expands it causes the brake pads to clamp down on both sides of the brake disc, using friction to slow the rotation of the tire, which, in turn slows the car's speed.
Many websites say that Charles Jenkins improved Paul Nipkow's spinning disk idea, and that he was the first American to do it.
A Newton disc fades to white due to persistence of vision, where the image of the spinning colored discs is blended together by the brain, resulting in the perception of white. This occurs because the brain cannot keep up with the rapid color changes caused by the spinning discs.
it sounds to that were you put the is is either brok or it is out of line. it is mostly like broke
It depends. Which way is the insect spinning? Is it a spider? Spiders are known to spin very well.
There are many purposes to using a disc brake. Disc brakes are mainly used in industrial drills because the disc brake stops the drill gently so it doesn't overheat.
The Newton color disc consists of the primary colors: red, blue, and yellow. By spinning the disc quickly, the colors blend together to produce secondary colors such as orange, green, and purple.
Picture your drive wheel that is bolted to an axle and it has a large metal disc on the other end of the axle. A rubber wheel that is spinning at a constant speed touches this disc. Picture a record player with an arm and phonograph needle touching it. (I know, I am dating myself...) The rubber wheel is where the needle is. As the rubber wheel is moved farther or closer to the center it causes the disc to rotate at different speeds. If the rubber wheel is lowered past the midline of the record the disc now starts spinning in the opposite direction. That is how you get reverse.