Relation of gravity with centrifugal force & gyroscopic effect?

In summary, the conversation discusses the relationship between gravity, centrifugal force, and gyroscopic effect. It is mentioned that a rotating body can create a force similar to gravity due to radial acceleration, while a rotating gyroscope can maintain motion and may be seen as anti-gravity. However, the idea of a rotating body acting as a "pump" for graviton particles is dismissed as a popular hoax.
  • #1
suhagsindur
19
0
Is there any relation of gravity with centrifugal force & gyroscopic effect?
Rotating body shows centrifugal force due to radial acceleration α=rω2. This causes force just like gravitation force.
Rotating gyroscope doesn’t fall & maintain motion. This is just like anti-Gravity.
Can I say that rotating body just like “pump” Which suck graviton particle from one side & discharge that on other side so on one side it create Anti-Gravity(Gyroscope) & on other it create gravity(Centrifugal force)?
 
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  • #2
suhagsindur said:
Rotating body shows centrifugal force due to radial acceleration α=rω2. This causes force just like gravitation force.
Yes.
Rotating gyroscope doesn’t fall & maintain motion. This is just like anti-Gravity.
No they don't. That's just a popular hoax.
Can I say that rotating body just like “pump” Which suck graviton particle from one side & discharge that on other side so on one side it create Anti-Gravity(Gyroscope) & on other it create gravity(Centrifugal force)?
No - that's just a popular hoax.
 

Related to Relation of gravity with centrifugal force & gyroscopic effect?

1. What is the relation between gravity and centrifugal force?

The relation between gravity and centrifugal force is that they are both considered as forces acting on an object. Gravity is a force that pulls an object towards the center of the Earth, while centrifugal force is a force that pushes an object away from the center of rotation. These two forces are often present in objects that are in circular motion.

2. How does centrifugal force affect the trajectory of an object?

Centrifugal force can affect the trajectory of an object by causing it to move in a curved path rather than a straight line. This is because the force is always directed away from the center of rotation, causing the object to move in a circular motion.

3. What is the role of gyroscopic effect in relation to gravity and centrifugal force?

The gyroscopic effect plays a crucial role in the relation between gravity and centrifugal force. It is a phenomenon that occurs when a spinning object experiences a force perpendicular to its axis of rotation. This force is known as precession and it can counteract the effects of gravity and centrifugal force, thus helping to stabilize the object.

4. How do gravity, centrifugal force, and gyroscopic effect work together in objects like satellites?

In satellites, gravity is the force that keeps them in orbit around the Earth, while centrifugal force is the force that pulls the satellite away from the Earth. The gyroscopic effect helps to keep the satellite stable and maintain its trajectory. Without these three forces working together, a satellite would not be able to maintain a stable orbit.

5. Can the relation between gravity, centrifugal force, and gyroscopic effect be observed in everyday objects?

Yes, the relation between these forces can be observed in everyday objects. For example, when riding a bike, the gyroscopic effect helps to keep the bike stable, while centrifugal force is responsible for the bike turning around a corner. Gravity also plays a role in keeping the bike on the ground. Other examples include amusement park rides, spinning tops, and even the Earth's rotation around the Sun.

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