5. Velocity and Acceleration on the Moon: The position function s(t) = -0.8t^2 + 10t + 100 gives the height of a projectile in feet after t seconds. Determine the height, velocity, and acceleration of the projectile after 3 seconds. 6. Given the graph of a function, determine (a) the exact location of the inflection point and (b) the intervals where the function is concave up and concave down. a) Inflection point(s): b) Intervals concave up and concave down

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5. Velocity and Acceleration on the Moon: The position function s(t) = -0.8t^2 + 10t + 100 gives the height of a projectile in feet after t seconds. Determine the height, velocity, and acceleration of the projectile after 3 seconds. 6. Given the graph of a function, determine (a) the exact location of the inflection point and (b) the intervals where the function is concave up and concave down. a) Inflection point(s): b) Intervals concave up and concave down

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Question Text	5. Velocity and Acceleration on the Moon: The position function s(t) = -0.8t^2 + 10t + 100 gives the height of a projectile in feet after t seconds. Determine the height, velocity, and acceleration of the projectile after 3 seconds. 6. Given the graph of a function, determine (a) the exact location of the inflection point and (b) the intervals where the function is concave up and concave down. a) Inflection point(s): b) Intervals concave up and concave down
Topic	All Topics
Subject	Pre Calculus
Class	Class 11

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