Volume of a cylinder is: Area of the circle x depth Area of a circle is: (pi * diameter^2)/4 where diameter is 2 ft Depth is: 1 ft Therefore, the volume of the cylinder is 3.14ft^2 * 1 ft = 3.14 cubic feet of water
cylinder 18 feet diameter x 1.5 feet deep volume = 381 cubic feet
To answer this question, you can calculate the volume of the cylinder in cubic inches, then use the fact that a gallon is 231 cubic inches to convert to gallons. Cylinder volume is the cylinder base area (the circle that is 12 inches in diameter) times the height. Cylinder base area: 12 inch diameter, using pi x r2 = 3.14159 x 62 = 113 in2. Cylinder volume: 113 in2 x 10 ft x 12 in/ft = 13560 in3. Conversion to gallons: 13560 in3 (divided by) 231 in3/gallon = 58.7 gallons.
The formula for the volume of a cylinder isV = πr2h where r is the radius of the base and h is the height.Thus, the volume of water needed to fill said cylindrical pool to a depth of 6 feet would beV = π(7.5)2(6)V = 337.5π which approximately equals 1059.75 cubic feet.
To find the volume of an irregular object using a graduated cylinder, you can use the method of water displacement. Fill the graduated cylinder with a known volume of water, then carefully submerge the irregular object in the water. The increase in water level corresponds to the volume of the object. Subtract the initial volume from the final volume to determine the volume of the irregular object.
volume of cylinder = pi r2 h so if h = d, h = 2r so v= pi r2 2r depends on the lengths now just fill in the equation
It will take 5,104.1 gallons of water to fill this cylinder.
615,142 gallons of water are needed to fill this cylinder.
Assuming the cylinder's diameter is 3', it will take 21.2 cubic feet.
You would use a measuring cup or a graduated cylinder to measure the capacity of a container. Fill the container with water and then pour the water into the measuring cup or graduated cylinder to determine its volume.
You can fill a cylinder with gas.
29.45 cubic feet or 183.45 US gallons.
The bucket with the larger diameter would fill quicker than the glass with the smaller diameter because it has a greater area to collect rainwater. The rain would accumulate in the bucket faster due to its larger surface area compared to the glass.
If the diameter of the rod is increased but the oil flow remains the same, the retraction speed of the cylinder rod will decrease. This is because a larger diameter rod requires more volume of oil to fill, resulting in slower movement when the same amount of oil is flowing through.
It can vary depending on the size of the drops, but typically it would take around 20-25 drops of water to fill a small graduated cylinder to the 1 milliliter mark.
cylinder 18 feet diameter x 1.5 feet deep volume = 381 cubic feet
A label on a bottle bought in a shop would show the volume. If there is no label, fill the bottle with water to the top, then empty the water into a measuring jar or cylinder. The volume is then read off the scale marked on the measuring jar or cylinder.
To answer this question, you can calculate the volume of the cylinder in cubic inches, then use the fact that a gallon is 231 cubic inches to convert to gallons. Cylinder volume is the cylinder base area (the circle that is 12 inches in diameter) times the height. Cylinder base area: 12 inch diameter, using pi x r2 = 3.14159 x 62 = 113 in2. Cylinder volume: 113 in2 x 10 ft x 12 in/ft = 13560 in3. Conversion to gallons: 13560 in3 (divided by) 231 in3/gallon = 58.7 gallons.