K Under certain conditions, the velocity v (in m/s) of an object moving along a straight...

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K Under certain conditions, the velocity v (in m/s) of an object moving along a straight line t² + 20t+22 (2t+1)(t+4)² as a function of the time t (in s) is given by v = by the object during the first 2.30 s. The distance traveled by the object during the first 2.30 s is (Round to four decimal places as needed.) . Find the distance traveled m. Use the method of partial fraction decomposition to perform the required integration. x - 3x (x²+2) ² dx S S x³ - 3x (x² + 2)2 dx = *** K Under certain conditions, the velocity v (in m/s) of an object moving along a straight line t² + 20t+22 (2t+1)(t+4)² as a function of the time t (in s) is given by v = by the object during the first 2.30 s. The distance traveled by the object during the first 2.30 s is (Round to four decimal places as needed.) . Find the distance traveled m. Use the method of partial fraction decomposition to perform the required integration. x - 3x (x²+2) ² dx S S x³ - 3x (x² + 2)2 dx = ***