Home
Class 11
PHYSICS
Two billiard balls are rolling on a flat...

Two billiard balls are rolling on a flat table. One has the velocity components `v_(x) = 1 ms^(-1), v_(y) = sqrt(3)ms^(-1)` and the other has components `v'_(x) = 2ms^(-1)` and `v'_(y) = 2ms^(-1)`. If both the balls start moving from the same point, what is the angle between their paths ?

Promotional Banner

Similar Questions

Explore conceptually related problems

Two billiard balls are rolling on a flat table . One has the velocity component V_(x) = 1 ms^(-1) , V_(y) = sqrt(3) m^(-1) and the other has components V_(x) = 2 ms^(-1) and V_(y)=2 ms^(-1) .If both the balls start moving from the same point , what is the angle between their paths ?

Two billiard balls are rolling on a flat table. One has velocity components v_x=1m*s^(-1), v_y=sqrt(3) m*s^(-1) and the other has components v_x^'=2m*s^(-1) and v_y^'=2m*s^(-1) . If both the balls start moving from the same point, what is the angle between their paths ?

Two particles A and B are moving in the x-y plane such that their velocity components are v_(x) = 1 m//s, v_(y) = (1)/(sqrt(3)) m//s (for A ) and v_(x) = 2m//s, v_(y) = 2 m//s (for B ). If both the particles start moving from the same point, what is the angle between their paths ?

Two balls are rolling on a flat smooth table. One ball has velocity components sqrt(3) hat(j) and hat(i) while the other has components 2 hat(i) and 2 hat(j) . If both start moving simultaneously from the same point, the angle between their paths is-

Two balls are rolling on a flat smooth table. One ball has velocity components sqrt(3) hat(j) and hat(i) while the other has components 2 hat(i) and 2 hat(j) . If both start moving simultaneously from the same point, the angle between their paths is-

Two balls are rolling on a flat smooth table. One ball has velocity components sqrt(3) hat(j) and hat(i) while the other has components 2 hat(i) and 2 hat(j) . If both start moving simultaneously from the same point, the angle between their paths is-

One of the rectangular components of a velocity of 20 ms^(-1) is 10 ms^(-1) . Find the other component.

One of the rectangular components of a velocity of 20 ms^(-1) is 10 ms^(-1) . Find the other component.