5. A cone of a vertex angle 2a = 60 rolls without slippage over the plane...

Transcribed Image Text:

5. A cone of a vertex angle 2a = 60 rolls without slippage over the plane with constant precession velocity (ang. velocity w = 2 rad/s). In time t=0 point P starts motion along the slant from the vertex A with constant acceleration po = 1. Find absolute velocity and acceleration of point P in position shown in the figure if segment AP has length 0,2m. A PA Po 20. 5. A cone of a vertex angle 2a = 60 rolls without slippage over the plane with constant precession velocity (ang. velocity w = 2 rad/s). In time t=0 point P starts motion along the slant from the vertex A with constant acceleration po = 1. Find absolute velocity and acceleration of point P in position shown in the figure if segment AP has length 0,2m. A PA Po 20.

Answer rating: 100% (QA)

The problem involves analyzing the motion of a cone rolling without slippage over a plane which means that there is rolling motion combined with prece... View the full answer