Relation between mass and circular horizontal velocity

In summary, the relationship between mass and circular horizontal velocity is dependent on the constant force and radius of the circular motion. If the radius is constant, the maximum velocity can be described by the formula v = sqr(F*r / m). Otherwise, there is no real answer as the velocity can vary depending on the distance from the center of the motion.
  • #1
Vals509
52
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I am doing an investigation on circular motion and have chosen to study the relationship between mass and its circular horizontal velocity

Can anyone tell me what the actual relationship between the 2 variables is so that i have a good reference point. Other websites do not seem to offer a clear explanation.

Any help is greatly appreciated!
 
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  • #2
What do you mean by circular horizontal velocity? Do you mean that given a constant force F, what is the max velocity of a mass m object that this force will keep in a circular motion?

Unless you specify that the radius of the motion is constant as well, there's no real answer to this, as you can take the object really far away and have it move at any velocity you want, keeping the force F (=mv^2 / r)

If the radius r is constant, then of course from the above equation, v = sqr(F*r / m). So if F and r are constant, that formula will describe how the maximum velocity depends on the mass.
 

FAQ: Relation between mass and circular horizontal velocity

1. How does mass affect circular horizontal velocity?

The mass of an object does not affect its circular horizontal velocity. This velocity is determined by the object's speed and the radius of its circular path.

2. What is the relationship between mass and circular horizontal velocity?

There is no direct relationship between mass and circular horizontal velocity. However, an object with a greater mass may require more force to maintain a constant circular horizontal velocity.

3. Does circular horizontal velocity change with mass?

No, circular horizontal velocity remains constant regardless of the mass of the object. As long as the object maintains a constant speed and radius, its circular horizontal velocity will not change.

4. Can two objects with different masses have the same circular horizontal velocity?

Yes, two objects with different masses can have the same circular horizontal velocity if they have the same speed and are traveling along the same radius. This is because the mass does not directly affect the velocity in circular motion.

5. How does circular horizontal velocity relate to centripetal force?

Circular horizontal velocity is directly related to centripetal force. As the velocity increases, the centripetal force required to maintain the circular motion also increases. This force is provided by the object's inertia and is not affected by its mass.

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