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anonymous
 one year ago
the rule below shows how to find the position of an object thrown upward with initial velocity of 15 feet per second. Which answer expresses that rule in the form of an equation? Square the input and the multiply it by 16. Add this product to the initial velocity multiplied by the input.
A. F(t)=16t^2+15t
B. F(t)=(16t+15t)^2
C. F(t)=16t^215t
D. F(t)=16t^2+15t^2
(Please Help)
anonymous
 one year ago
the rule below shows how to find the position of an object thrown upward with initial velocity of 15 feet per second. Which answer expresses that rule in the form of an equation? Square the input and the multiply it by 16. Add this product to the initial velocity multiplied by the input. A. F(t)=16t^2+15t B. F(t)=(16t+15t)^2 C. F(t)=16t^215t D. F(t)=16t^2+15t^2 (Please Help)

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anonymous
 one year ago
Best ResponseYou've already chosen the best response.0i dont know this question

anonymous
 one year ago
Best ResponseYou've already chosen the best response.0Input: \(t\) Square the input: \(t^2\) multiply it by 16: \(16t^2\) the product of initial velocity and input: \(15t\) Add them: \(16t^2+15t\)
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