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Q4: Consider the motion of the particle with r = 1, p=wt,0=+cos 4wt where I is constant. By using the spherical coordinates, the speed as a function of time is

Q4: Consider the motion of the particle with r = 1, p=wt,0=+cos 4wt where I is constant. By using the spherical coordinates, the speed as a function of time is

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Q4: Consider the motion of the particle with r = 1, p=wt, 0=+cos 4wt where I is constant. By using the spherical coordinates, the speed as a function of time is [1²w²cos² (cos2w) + 1² w²= sin² 2wt B. √1²6² cos² (cosw) - 1² w² #²* sin² 4wt A. C. Pw²cos² cos4w) + 1² w²² sin² 4wt D. 1²w cos² (cos4w) + 1² w²= sin² 4wt
Transcribed Image Text:Q4: Consider the motion of the particle with r = 1, p=wt, 0=+cos 4wt where I is constant. By using the spherical coordinates, the speed as a function of time is [1²w²cos² (cos2w) + 1² w²= sin² 2wt B. √1²6² cos² (cosw) - 1² w² #²* sin² 4wt A. C. Pw²cos² cos4w) + 1² w²² sin² 4wt D. 1²w cos² (cos4w) + 1² w²= sin² 4wt
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