Mathematics, 10.06.2020 19:57 isaloopsy
A ball is being inflated at a rate that can be modeled by the function V(t) = 10t, where t is the number of seconds spent inflating the ball. The radius at a given volume can be modeled by the function r(V)=^3√3V/4pi. Which composite function can be used to determine the radius of the ball depending on the number of seconds spent inflating the ball?
Answers: 3
![r(V)=\sqrt[3]{3V/4\pi}](/tpl/images/0682/0559/a5084.png)
![r(V(t))=\sqrt[3]{3V(t)/4\pi}](/tpl/images/0682/0559/71431.png)
![r(V(t))=\sqrt[3]{3*10t/4\pi}](/tpl/images/0682/0559/7e26c.png)
![r(V(t))=\sqrt[3]{30t/4\pi}](/tpl/images/0682/0559/9cbf6.png)
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A ball is being inflated at a rate that can be modeled by the function V(t) = 10t, where t is the nu...
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