Volume = 5.23599 in3
942in3
28
A cylinder 30 inches in diameter and 48 inches tall will have a volume of 33929 cubic inches. V=PI*r*r*H (V=3.1416*15*15*48) That volume is equal to 146.9 gallons (USA). (1 gal = 231 cubic inches)
Volume = pi*2.752*6 = 142.5497667 cubic inches
The volume of a cylinder 10 inches tall and radius of 6 inches is 1,130.97 cubic inches.
942in3
28
6.36 inches wide.
A cylinder 30 inches in diameter and 48 inches tall will have a volume of 33929 cubic inches. V=PI*r*r*H (V=3.1416*15*15*48) That volume is equal to 146.9 gallons (USA). (1 gal = 231 cubic inches)
You can use the formula for the volume of a cylinder to calculate that.
Volume = pi*2.752*6 = 142.5497667 cubic inches
Radius = 60*12 = 720 inches Volume = pi*7202*4 = 6514406.526 cubic inches
The volume of the batter is the same. Volume in the 6 in pan: Pi r2 h = 18Pi . Volume in the 8 in pan: 16hPi . Equating the two: 18Pi = 16hPi gives h = 9/8 in.
2.866
It is not possible to have a can that is 6 inches in diameter and 20 inches around unless you have discovered that nearly 4,000 years of mathematics is all wrong: and that pi is actually 2! I doubt it, though.
The volume of a cylinder 10 inches tall and radius of 6 inches is 1,130.97 cubic inches.
To calculate the volume of a cylinder, we use the formula V = πr^2h, where r is the radius (half of the diameter) and h is the height. First, convert the diameter to radius (2.75 inches ÷ 2 = 1.375 inches). Then, plug the values into the formula: V = π * (1.375)^2 * 37. Finally, convert the volume to gallons based on the unit conversion rate (1 gallon = 231 cubic inches).