A tomato is thrown from the top of a tomato cart. Its distance from the ground,...

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A tomato is thrown from the top of a tomato cart. Its distance from the ground, in feet, is modeled by the equation d (t) = -16t² +53t + 5.4 where t is measured in seconds. a. At what time does the tomato hit the ground b. What is the velocity function? c. At what time is the tomato's speed 3 ft/s d. At what time is the tomatoes acceleration 3 ft/s^2 A tomato is thrown from the top of a tomato cart. Its distance from the ground, in feet, is modeled by the equation d (t) = -16t² +53t + 5.4 where t is measured in seconds. a. At what time does the tomato hit the ground b. What is the velocity function? c. At what time is the tomato's speed 3 ft/s d. At what time is the tomatoes acceleration 3 ft/s^2