the centre of gravity of a body may not be necessarily on the body justify
Answers
Answered by
1
Answer:
Center of gravity of a body is a point( not necessarily within the body) around which torques due to gravitational forces on all particles would will sum to zero. ... To do this take two particles diagonally opposite to each other. We imagine the ring of radius R in horizontal position .
Answered by
1
Answer:
Center of gravity of a body is a point( not necessarily within the body) around which torques due to gravitational forces on all particles would will sum to zero. ... To do this take two particles diagonally opposite to each other. We imagine the ring of radius R in horizontal position
Similar questions