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13 Nov 2019
Both part of same question
becomes a freely "falling" body. Fifteen seconds later, the rocket's parachute opens, and the (downwart) velocity slows ineary to #23 tsin ss. The rocket then floats to the ground at that rate. (a) Determine the position function s and the velocity function v (for all times 0 osts 3 tpl v(t)- xt18tS 23 nd it becomes a freely falling" body. Eighteen seconds later, the rocket y slows linearly to f's in 5 s. The rocket then floats to the grour line the position function s and the velocity function vi (for all times t) if o s ts 3 45t2 X 1323 +405 fa-rs 21 32(1 21) -171if 21 ss 26 Xite 23 60 3)+405 (-3)405 f3 21 Ã(16 (,-21)2-171 ãt-21) + 2511| XH26) +2056 if 21
Both part of same question
becomes a freely "falling" body. Fifteen seconds later, the rocket's parachute opens, and the (downwart) velocity slows ineary to #23 tsin ss. The rocket then floats to the ground at that rate. (a) Determine the position function s and the velocity function v (for all times 0 osts 3 tpl v(t)- xt18tS 23 nd it becomes a freely falling" body. Eighteen seconds later, the rocket y slows linearly to f's in 5 s. The rocket then floats to the grour line the position function s and the velocity function vi (for all times t) if o s ts 3 45t2 X 1323 +405 fa-rs 21 32(1 21) -171if 21 ss 26 Xite 23 60 3)+405 (-3)405 f3 21 Ã(16 (,-21)2-171 ãt-21) + 2511| XH26) +2056 if 21
Reid WolffLv2
13 Nov 2019