- #1
Arshad_Physic
- 51
- 1
Homework Statement
Its a conceptual question:
Theoretically, how does the radial force exerted on an object vary with the radius of its circular path when it is revolving: (a) at constant frequency? (b) with constant speed?
Homework Equations
F = mv^2/r
The Attempt at a Solution
Assuming that mass is constant, I had thought that the force would be inversely proportional to the radius of its circular path. I went to a physics tutor for help and now I am not sure of this lol - I am absolutely confused! :)
What I am really confused at it is what is the difference between speed and frequency? I know that frequency is cycles per second, but how are they different in this equation (F = mv^2/r)?
Thanks :)