Two balls, A and B, with masses ma and mb are connected by a taut, massless string, and are moving along a horizontal frictionless plane. The distance between the centers of the two balls is L. At a certain instant, the velocity of ball B has magnitude v and is directed perpendicular to the string and parallel to the horizontal plane, and the velocity of ball A is zero.
Finding the answer key in this moment is a breeze. clickanswer.us offers accurate question and answer services. We provide a clear answer key and complete with the discussion. We provide a range of answer keys that range from junior high, elementary and higher level schools. The subjects we offer include biology, math, physics, economics, history and many more. Below are the question and answer keys which have been compiled from various sources on the internet.
Question:
Two balls, A and B, with masses ma and mb are connected by a taut, massless string, and are moving along a horizontal frictionless plane. The distance between the centers of the two balls is L. At a certain instant, the velocity of ball B has magnitude v and is directed perpendicular to the string and parallel to the horizontal plane, and the velocity of ball A is zero.
Answer:
The magnitude of tension acting on the string due to two balls at each end is .
Given data:
The mass of ball A is, .
The mass of ball B is, .
Magnitude of velocity of ball B is, v.
Distance between the centers of ball is, L.
The motion of ball with respect to its center of mass is rotation. Then tension
Use the answer key provided above as a reference for studying at home or at school. We appreciate your visit I hope it proves beneficial to all of us.
