2. Suppose a coin is dropped from the top of the Empire State building in New...

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2. Suppose a coin is dropped from the top of the Empire State building in New York, which is 1,454 feet tall. The position function for free-falling objects is: s(t)=-161 + vot+Sor where vo is the initial velocity and so is the initial position. www D. At what time is the instantaneous velocity of the coin equal to the average velocity of the coin found in part B? E. What is the name of the theorem that says there must be at least one solution to part D? F. Find the velocity of the coin just before it hits the ground. 2. Suppose a coin is dropped from the top of the Empire State building in New York, which is 1,454 feet tall. The position function for free-falling objects is: s(t)=-161 + vot+Sor where vo is the initial velocity and so is the initial position. www D. At what time is the instantaneous velocity of the coin equal to the average velocity of the coin found in part B? E. What is the name of the theorem that says there must be at least one solution to part D? F. Find the velocity of the coin just before it hits the ground.