SOLUTION: When water runs out of a hole in a cylindrical container, the height of the water in the container can often be modeled by a quadratic fraction. Assume that the height of the water

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Question 797747: When water runs out of a hole in a cylindrical container, the height of the water in the container can often be modeled by a quadratic fraction. Assume that the height of the water in a particular metal can with a small hole can be modeled by h=0.0003x^2-0.16x+8, where x is the time (sec) and the h is the height (cm). Use the quadratic formula to estimate the time when the height is 7 cm. Round your answer to the nearest second.

Answer by stanbon(75887)   (Show Source): You can put this solution on YOUR website!
Assume that the height of the water in a particular metal can with a small hole can be modeled by h=0.0003x^2-0.16x+8, where x is the time (sec) and the h is the height (cm). Use the quadratic formula to estimate the time when the height is 7 cm. Round your answer to the nearest second.
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Solve 0.0003x^2-0.16x+8 = 7
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x = 6.325
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Cheers,
Stan H.
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