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A conical glass holds 131 cubic centimeters of water. It has a height of 5 centimeters. The radius of the top of the glass is 
sqrt((m)/(5pi)) centimeters, where 
m is a constant. What is the value of 
m ?

A conical glass holds 131131 cubic centimeters of water. It has a height of 55 centimeters. The radius of the top of the glass is m5π \sqrt{\frac{m}{5 \pi}} centimeters, where m m is a constant. What is the value of m m ?

Full solution

Q. A conical glass holds 131131 cubic centimeters of water. It has a height of 55 centimeters. The radius of the top of the glass is m5π \sqrt{\frac{m}{5 \pi}} centimeters, where m m is a constant. What is the value of m m ?
  1. Volume formula and given values: The volume of a cone is given by the formula V=13πr2hV = \frac{1}{3}\pi r^2 h, where VV is the volume, rr is the radius, and hh is the height.\newlineGiven that the volume VV is 131131 cubic centimeters, height hh is 55 centimeters and the radius rr is m5π\sqrt{\frac{m}{5\pi}} centimeters, we can substitute these values into the formula to find the value of mm.
  2. Solve for the value of mm: Substitute the given values into the volume formula: \newline131=(13)π(m5π)2(5)131 = (\frac{1}{3})\pi \left(\sqrt{\frac{m}{5\pi}}\right)^2 (5) \newlineSimplify the equation by cancelling out the square and square root: \newline131=(13)π(m5π)(5)131 = (\frac{1}{3})\pi (\frac{m}{5\pi}) (5) \newline Cancel out the common factors: \newline131=13×m131 = \frac{1}{3} \times m \newlineSimplify the equation by multiplying both sides by 33 to find the value of mm: \newlinem=393m = 393

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