For instance, the gravitational force of the sun is a centripetal force that keeps Earth orbiting it. Meanwhile, the centrifugal force is what's known as a fictitious force: ...

Gravity, inertia, and centripetal force keep our solar system in motion. Explore with a series of kid-friendly gravity and force experiments. Anyone can experiment with the ways gravity, ... You are ...

The centripetal force is the Earth's mass times the square of its speed divided by its distance from the sun. By astronomically determining the distance to the sun, we can calculate the earth's ...

Recalling the relationship between force and period of circular motion, the period, radius and mass of the satellite are related to the centripetal force pulling the satellite away from a straight ...

Finally, the Earth moves a little bit beyond one complete revolution, so the stick again points towards the sun for a second ...

It’s centripetal because the force is always being pulled towards the center of the circle. Since we live on Earth, objects are also going to have other forces acting on them, like friction and ...

What happens when centripetal force and centrifugal forces get out of whack? The history of the album is an illustration. In the era of 12” vinyl, albums could only contain about 25 minutes of ...

It’s centripetal because the force is always being pulled towards the center of the circle. Since we live on Earth, objects are also going to have other forces acting on them, like friction and ...

When a satellite — let’s say the Hubble — circles Earth, two carefully balanced forces are making that happen: gravity, which pulls the satellite toward Earth, and centripetal force, a ...

Tim Peake introduces Yan Wong who explains centripetal force using a cup of water on a tray hanging from a string. Suitable for Key Stage 4, GCSE, National 4, National 5 and Higher ...

Scientists call the force acting on an object to keep it following such a curved path a centripetal force, which is always directed toward the center of curvature. The different layers of Earth's ...

The most realistic method of producing artificial gravity aboard a space station is using centripetal force to produce a pulling sensation toward the "floor" that would mimic the effects of gravity.