57905.8358 (rounded) I used a online calculator.
Use the formula for the volume of a circle: volume = (4/3) x pi x radius3. So the answer would be 57876.48³. While the above IS correct, the answer on APEX is 18432(Pi)units3.
The only shape whose volume could be determined by diameter alone is a sphere. The volume of a sphere is 4πr3/3. The radius of a sphere is half it's diameter, so you can say that given the diameter, d, the volume, v, can be determined with the equation: v = 4π(d / 2)3 / 3 v = (4πd3 / 8) / 3 v = 4πd3 / 24 v = πd3 / 6
24
Assuming cylinder: volume = area of circle * length area of circle = pi*radius**2 radius = circumference/(2*pi) radius = diameter/2 if 24 inch is circumference: volume = pi*(24/(2*pi))**2 * 12 volume = 144/pi*12 volume = 1728/pi inch**3 if 24 inch is diameter: volume = pi*(24/2)**2 * 12 volume = pi*144*12 volume = pi*1728 inch**3 if 24 inch is radius: volume = pi*24**2 * 12 volume = pi*576*12 volume = pi*6912 inch**3 if 24 in
A sphere with a radius of 24 cm has a volume of 57,905.84 cm3
57905.8358 (rounded) I used a online calculator.
A sphere with a diameter of 24 cm has a volume of 7,238.23 cubic cm.
It is: 4/3*pi*243 = 57905.836 cubic units rounded to 3 decimal places.
A=Pi(r)2 - A circle with a radius of 24 meters has an area of 1809.56 square meters.
56
Use the formula for the volume of a circle: volume = (4/3) x pi x radius3. So the answer would be 57876.48³. While the above IS correct, the answer on APEX is 18432(Pi)units3.
24 meters diameter is simply two times the radius.
The only shape whose volume could be determined by diameter alone is a sphere. The volume of a sphere is 4πr3/3. The radius of a sphere is half it's diameter, so you can say that given the diameter, d, the volume, v, can be determined with the equation: v = 4π(d / 2)3 / 3 v = (4πd3 / 8) / 3 v = 4πd3 / 24 v = πd3 / 6
24
A cylinder with a radius of 6 feet and a height of 24 feet has a volume of 2,714.34 cubic feet.
24 meters diameter is simply twice the radius.