Question
In: Math
A rock is thrown upward from a bridge that is 83 feet above a road. The rock reaches its maximum height above the road 0.61 seconds after it is thrown and contacts the road 3.87 seconds after it was thrown.
A rock is thrown upward from a bridge that is 83 feet above a road. The rock reaches its maximum height above the road 0.61 seconds after it is thrown and contacts the road 3.87 seconds after it was thrown.
Write a function f that determines the rock's height above the road (in feet) in terms of the number of seconds tt since the rock was thrown. THE FUNCTION MUST BE IN THE FORMAT f(t)=c⋅(t−t_1)(t−t_2) for fixed numbers c, t_1, and t_2. NOT f(x)= -16t^2+40.47297t+83 I already know how to do that.
Solutions
milcah answered 2 years agoRelated Solutions
A rock is thrown upward from a bridge that is 31 feet above a road. The...
A rock is thrown upward from a bridge that is 31 feet above a
road. The rock reaches its maximum height above the road 0.57
seconds after it is thrown and contacts the road 2.53 seconds after
it was thrown.
Write a function ff that determines the rock's height above the
road (in feet) in terms of the number of seconds tt since the rock
was thrown.
f(t)=
A rock is thrown upward from a bridge that is 59 feet above a road. The...
A rock is thrown upward from a bridge that is 59 feet above a
road. The rock reaches its maximum height above the road 0.9
seconds after it is thrown and contacts the road 2.4 seconds after
it was thrown.
Write a function f that determines the rock's height above the
road (in feet) in terms of the number of seconds t since the rock
was thrown.
f(t)=
Hint: the function f can be written in the form
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Suppose a ball has a maximum height of 24 feet after 11 seconds of travel. This...
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Upper H left parenthesis Upper T right parenthesis equals AT
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where H(T) is the height of the ball in inches after T seconds.
Answers in Exact Form.
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