- #1

- 10

- 3

- Homework Statement
- A particle moves in a circular path of radius R in such a way that the tangential acceleration is equal to the normal acceleration. Determine the velocity as a function of time t and the initial velocity (v_0).

- Relevant Equations
- N/A

Hello Physicsforum!

This is my attempt:

First I realised:

##a_s=a_n##

Secondly I used since previus known formulas:

##a_n=\frac {v^2} {R}##

##v=v_0+a_s*t##

Although now I do not know how to continue, any suggestions would be appriciated!

Thanks for your help on beforehand

This is my attempt:

First I realised:

##a_s=a_n##

Secondly I used since previus known formulas:

##a_n=\frac {v^2} {R}##

##v=v_0+a_s*t##

Although now I do not know how to continue, any suggestions would be appriciated!

Thanks for your help on beforehand