The acceleration, in feet per second per second, of an object is given by the acceleration...

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The acceleration, in feet per second per second, of an object is given by the acceleration function a (t) = 2 sin t + 1. The initial velocity is v (0) = 0 and the initial position is s (0) = 3. Find the equation of velocity function. Find the position function and the average value of the position function from time t = 2 seconds to t = 5 seconds. Show all your work. For an indefinite integral, use the notation INT in place of the symbol. For example, f (x + 1) dx should be written as INT (x + 1) dx. For a definite integral, use the notation INT (a, b). For example, ₁²(x + 1) dx should be written as INT (1, 2) (x + 1) dx. For a definite integral that has been integrated, use the 12 should be written as notation EVAL (a, b). For example, (2 + x (+2) EVAL(1,2). alls The acceleration, in feet per second per second, of an object is given by the acceleration function a (t) = 2 sin t + 1. The initial velocity is v (0) = 0 and the initial position is s (0) = 3. Find the equation of velocity function. Find the position function and the average value of the position function from time t = 2 seconds to t = 5 seconds. Show all your work. For an indefinite integral, use the notation INT in place of the symbol. For example, f (x + 1) dx should be written as INT (x + 1) dx. For a definite integral, use the notation INT (a, b). For example, ₁²(x + 1) dx should be written as INT (1, 2) (x + 1) dx. For a definite integral that has been integrated, use the 12 should be written as notation EVAL (a, b). For example, (2 + x (+2) EVAL(1,2). alls

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Som a t 2 Sin 1 t vt Saltidt vt 2ast C v o 0 v t S 2 sint ... View the full answer