Home
Class 11
PHYSICS
Two moving particles P and Q are 10 m ap...

Two moving particles P and Q are 10 m apart at a certain instatn. The velocity of P is 8 m/sm making an angle of `30^(@)` with the line joining P abd Q and that of Q is 6m/s making an angle `30^(@)` with PQ as shwon in figure.

Then, angular velocity of P wiht respect to Q is

Promotional Banner

Similar Questions

Explore conceptually related problems

Two moving particles P and Q are 10cm apart at any instant. Velocity of P is 8 m//s at 30^(@) , from line joining the P and Q and velocity of Q is 6m//s at 30^(@) . Calculate the angular velocity of P w.r.t. Q

Two moving particles P and Q are 10cm apart at any instant. Velocity of P is 8 m//s at 30^(@) , from line joining the P and Q and velocity of Q is 6m//s at 30^(@) . Calculate the angular velocity of P w.r.t. Q

Two moving particles P and Q are apart at any instant. Velocity of P is 8 m//s at 30^(@) , from line joining the P and Q and velocity of Q is 6m//s at 30^(@) . Calculate the angular velocity of P w.r.t. Q

Two moving particles P and Q are apart at any instant. Velocity of P is 8 m//s at 30^(@) , from line joining the P and Q and velocity of Q is 6m//s at 30^(@) . Calculate the angular velocity of P w.r.t. Q

A two particles P and Q are separated by distance d apart. P and Q move with velocity v and u making an angle 60^@ and theta with line PQ the graph between their relative separation (8) when time t is shown in figure (2). The velocity v in terms of u

Two particles P and Q are moving as shown in the figure. At this moment of time the angular speed of P w.r.t. Q is

Two particles P and Q are moving as shown in the figure. At this moment of time the angular speed of P w.r.t. Q is