The position of a particle in a fixed inertial frame of reference is given by the vector
where x0, R, and Ω. are constants.
(a) Show that the particle moves in a circle with constant speed.
(b) Find two coupled, first-order differential equations of motion drat relate the components of position, x′ and y′, and the components of velocity, and of the particle relative to a frame of reference rotating with an angular velocity ω =kω.
(c) Letting the fixed and rotating frames of reference coincide at times t = 0 and letting u′= x′ + iy′, find u′(t), assuming drat Ω ≠ −ω). (Note: )
We need at least 10 more requests to produce the solution.
0 / 10 have requested this problem solution
The more requests, the faster the answer.