Question

According to one model that takes into account air resistance, the acceleration a(t) in m/s² of a skydiver of mass m in free fall satisfies a(t) = -9.8 + \frac{k}{m}v(t)² , where v(t) is velocity, negative since the object is falling, and k is a constant. Suppose that m = 60 kg and k = 13 kg/m. What is the object's velocity when a(t) = -2.9? (Use decimal notation. Give your answer to two decimal places.) v(t) = What is the object's velocity when a(t) = 0? This velocity is the object's terminal velocity. (Use decimal notation. Give your answer to two decimal places.) v(t) = m/s m/s

          According to one model that takes into account air resistance, the acceleration a(t) in m/s² of a skydiver of mass m in free fall satisfies a(t) = -9.8 + \frac{k}{m}v(t)² , where v(t) is velocity, negative since the object is falling, and k is a constant. Suppose that m = 60 kg and k = 13 kg/m. What is the object's velocity when a(t) = -2.9? (Use decimal notation. Give your answer to two decimal places.) v(t) =  What is the object's velocity when a(t) = 0? This velocity is the object's terminal velocity. (Use decimal notation. Give your answer to two decimal places.) v(t) = m/s m/s

According to one model that takes into account air resistance, the acceleration a(t) in m/s² of a skydiver of mass m in free fall satisfies a(t) = -9.8 + (k)/(m)v(t)² , where v(t) is velocity, negative since the object is falling, and k is a constant. Suppose that m = 60 kg and k = 13 kg/m. What is the object's velocity when a(t) = -2.9? (Use decimal notation. Give your answer to two decimal places.) v(t) = What is the object's velocity when a(t) = 0? This velocity is the object's terminal velocity. (Use decimal notation. Give your answer to two decimal places.) v(t) = m/s m/s

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