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The volume of a right cone is 
1344 pi units 
^(3). If its diameter measures 24 units, find its height.
Answer: units

The volume of a right cone is 1344π 1344 \pi units 3 ^{3} . If its diameter measures 2424 units, find its height.\newlineAnswer: units

Full solution

Q. The volume of a right cone is 1344π 1344 \pi units 3 ^{3} . If its diameter measures 2424 units, find its height.\newlineAnswer: units
  1. Identify Given Information: Identify the given information and the formula for the volume of a cone.\newlineThe volume VV of a cone is given by the formula V=13πr2hV = \frac{1}{3}\pi r^2 h, where rr is the radius and hh is the height.\newlineGiven volume V=1344πV = 1344\pi cubic units and diameter d=24d = 24 units, we can find the radius rr by dividing the diameter by 22.
  2. Calculate Radius: Calculate the radius of the cone.\newlineRadius r=d2=24 units2=12 units.r = \frac{d}{2} = \frac{24 \text{ units}}{2} = 12 \text{ units}.
  3. Substitute Values and Solve: Substitute the values of the volume and radius into the volume formula and solve for the height hh. \newline1344π=(13)π(122)h1344\pi = \left(\frac{1}{3}\right)\pi(12^2)h
  4. Simplify Equation: Simplify the equation by dividing both sides by π\pi and multiplying by 33 to isolate hh.\newline1344=(13)(122)h1344 = (\frac{1}{3})(12^2)h\newline1344×3=122×h1344 \times 3 = 12^2 \times h\newline4032=144h4032 = 144h
  5. Divide to Solve for Height: Divide both sides by 144144 to solve for hh. \newlineh=4032144h = \frac{4032}{144}\newlineh=28 unitsh = 28 \text{ units}

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