A rectangular box has the dimensions 12 inches x 10 inches x 8 inches. What is the
largest possible volume of a right cylinder that is placed inside the box?
a) 200 pi
b) 160 pi
c) 360 pi
d) 192 pi
Tough Geometry please explain solution
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If a right cylinder is fitted tightly inside a rectangular box, then the right cylinder will have the length equal to the length of one of the sides of the box and it will have a diameter equal to the length of the smallest of rest two sides of the box.svd.kumar wrote:A rectangular box has the dimensions 12 inches x 10 inches x 8 inches. What is the
largest possible volume of a right cylinder that is placed inside the box?
Volume of a right cylinder with height h and radius r is πr²h
Hence, possible combinations for the cylinder in this case
- 1. Height = 12, Diameter = 8 --> Radius = 4 --> Volume = 192Ï€
2. Height = 10, Diameter = 8 --> Radius = 4 --> Volume = 160Ï€
3. Height = 8, Diameter = 10 --> Radius = 5 --> Volume = 200Ï€ --> MAXIMUM
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