Find the angle made by a cyclist with the vertical while taking a circular turn of radius a.
Also state the forces which are providing centripetal acceleration and maintain vertical
equilibrium.
Answers
Answered by
1
To provide the needed centripetal force, the cyclist will make an angle ∅ with the ground in reaction R. The reaction R will be a force acting on the cyclist at an angle ∅ to the vertical.
So, the vertical component R cos ∅ that has been made by the normal reaction R will help in balancing the weight mg of the cyclist. So, the horizontal force indicated by R sin ∅ will provide the cyclist with all the needed centripetal force.
The picture has been attached to show the detailed angles.
So, the vertical component R cos ∅ that has been made by the normal reaction R will help in balancing the weight mg of the cyclist. So, the horizontal force indicated by R sin ∅ will provide the cyclist with all the needed centripetal force.
The picture has been attached to show the detailed angles.
Attachments:
Similar questions