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Grade:

                        

A particle moves along a circle of radius R with a constant angular speed omega .Its displacement(only magnitude)in time t will be

2 years ago

Answers : (1)

Arun
24742 Points
							

Consider and to be the initial and final positions. Using simple trigonometric relations we can obtain the shortest distance or the Displacement between and by the following equation -

AB = 2Rsin(theta/2)

Here,

R= radius of circle

theta= the angular displacement = w*T

w= angular speed

T= time taken

So, |AB| = 2Rsin(w*T/2)

2 years ago
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