Volume of a cylinder and radius

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To calculate the radius of a cylinder, the volume must be converted into cubic inches if the desired radius is in inches. Using consistent units is crucial for accurate dimensional analysis. If the volume is initially in imperial fluid ounces, it should be converted to cubic inches to maintain unit compatibility. The cylinder's length should already be in inches for proper calculations. Consistent unit usage simplifies the process and avoids confusion.
John997766
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Ok so i know the equation for the volume of a cylinder and the equation for calculating the radius. But when calculating the radius does the volume need to be converted into cubic inches or can it stay as imperial fluid ounces.
Thanks
 
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John997766 said:
Ok so i know the equation for the volume of a cylinder and the equation for calculating the radius. But when calculating the radius does the volume need to be converted into cubic inches or can it stay as imperial fluid ounces.
Thanks

It needs to be converted into cubic inches first if you want the radius in inches.
 
Use the volume units that are needed. Convert the length units to inch equivalents or convert the length units to their imperial fluid ounce unit.
Looking at what you described, you want a radius value, and you have the volume and cylinder length. Convert the volume into cubic inches! Now you have a formula for radius in inches. Your cylinder length should already be in inches.
 
John997766 said:
Ok so i know the equation for the volume of a cylinder and the equation for calculating the radius. But when calculating the radius does the volume need to be converted into cubic inches or can it stay as imperial fluid ounces.
Thanks
Sigh. See what happens when people do not use SI units! The dimensional analysis gets very complicated (and when people skip that part, the answer makes no sense).
 

Thread 'Area of Overlapping Squares'

Here is a little puzzle from the book 100 Geometric Games by Pierre Berloquin. The side of a small square is one meter long and the side of a larger square one and a half meters long. One vertex of the large square is at the center of the small square. The side of the large square cuts two sides of the small square into one- third parts and two-thirds parts. What is the area where the squares overlap?
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