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9 Nov 2019
Just need answers
Find the position of a body a time t moving along a coordinate line given that a = d2s/dt2 =32, given the initial velocity v(-5) = -10 , and given the initial position s(4) = 4 . s = 16t2 + 150t - 852 s = 16t2 + 150t 852 s =16t2 - 150t -852 s = 16t2 - 150t + 852 Either no solution above or the answer does not exit. A body is moving in simple harmonic motion with position function s = 2 sin t + 3 cos t (s in meters, t in seconds). Find the body's velocity at time t. v = -2 cos t - 3 sin t v = 2 cos t + 3 sin t v = -2 cos t + 3 sin t v = 2 cos t - 3 sin t Either no solution above or the answer does not exist. A body is moving with position s = -6 tan t - 5 cot t. Find the body's velocity at time t. v=-6 sec2t + 5csc2 t v = -6 sec2t - 5csc2 t v = -6 cot t + 5 tan t v = -6 cot t - 5 tan t Either no solution above or the answer does not exist.
Just need answers
Find the position of a body a time t moving along a coordinate line given that a = d2s/dt2 =32, given the initial velocity v(-5) = -10 , and given the initial position s(4) = 4 . s = 16t2 + 150t - 852 s = 16t2 + 150t 852 s =16t2 - 150t -852 s = 16t2 - 150t + 852 Either no solution above or the answer does not exit. A body is moving in simple harmonic motion with position function s = 2 sin t + 3 cos t (s in meters, t in seconds). Find the body's velocity at time t. v = -2 cos t - 3 sin t v = 2 cos t + 3 sin t v = -2 cos t + 3 sin t v = 2 cos t - 3 sin t Either no solution above or the answer does not exist. A body is moving with position s = -6 tan t - 5 cot t. Find the body's velocity at time t. v=-6 sec2t + 5csc2 t v = -6 sec2t - 5csc2 t v = -6 cot t + 5 tan t v = -6 cot t - 5 tan t Either no solution above or the answer does not exist.
Patrina SchowalterLv2
5 Nov 2019