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The position function of a particle moving in space is given by r(t)= (cost)i + (sin t)j + (√3t)k. For which t-value given in the following options, the angle between the position function and its acceleration would be ==? A) 1 C) 0 D) E) 4

The position function of a particle moving in space is given by r(t)= (cost)i + (sin t)j + (√3t)k. For which t-value given in the following options, the angle between the position function and its acceleration would be ==? A) 1 C) 0 D) E) 4

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The position function of a particle moving in space is given by r(t)= (cost)i + (sin t)j + (√3t)k. For which t-value given in the following options, the angle between the position function and its acceleration would be? B) A) 1 C) 0 D) E) 4
Transcribed Image Text:The position function of a particle moving in space is given by r(t)= (cost)i + (sin t)j + (√3t)k. For which t-value given in the following options, the angle between the position function and its acceleration would be? B) A) 1 C) 0 D) E) 4
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