1 cubic yard = 27 cubic feet
1 cubic foot = 1,728 cubic inches
1 gallon = 231 cubic inches
(0.5 cubic yard) x (27 cu-ft/cu-yd) x (1,728 cu-in/cu-ft) / (231 cu-in/gal) = 100.987 gallons (rounded)
1 gallon = 231 cubic inches1 cubic foot = 1,728 cubic inches1 acre = 43,560 square feet1/2 inch = 1/24th footWater volume = (43,560 / 24) cubic feet = [ 43,560 x 1,728 / (24 x 231) ] = 13,577 gallons (rounded)
To convert 100 gallons of soil to cubic yards, you can use the conversion factor that 1 cubic yard is approximately 201.97 gallons. Therefore, 100 gallons is about 0.495 cubic yards (100 gallons ÷ 201.97 gallons per cubic yard). So, 100 gallons of soil is approximately half a cubic yard.
Assuming that the 6-in is the diameter of the column that is 400-ft long. The volume of a cylinder equals the (area of the base)*height = h[pi]r^2 Area of the base equals area of a circle equals [pi]r^2 r is the radius and equals 1/2 the diameter--.5 ft/2 or .25-ft [pi].25^2 equals .19635 *400-ft equals 78.53982ft� There are 7.48051948 US Gallons per cubic foot 78.53982ft� x 7.48051948 = 587.519 gallons (US Liquid)
Approximately 0.425 gallons First find the volume of the hose. We need to make sure the dimensions are in the same units. [I will choose inches, but we could just as easily use feet.] The length of the hose in inches is 50*12=600 inches. The radius of the hose equals one half the diameter, so the radius is 1/4 of an inch. The volume of a cylindrical prism is given by: pi*radius2*length=pi*(1/4)2*600=125*pi/4 cubic inches, or approximately 98.2 cubic inches. One cubic inch is approximately .00433 gallons, so: 98.2 cubic inches = 98.2 cubic inches*.00433 gallons/cubic inch=0.425 gallons So there are approximately 0.425 gallons of water in the hose.
You can use the volumetric equations. To break them down simply: Volume = Width * Height * Depth Width * Height = Area Area of a circle = Pi * radius2 Okay, so now that we have remembered the formulas, we can plug in the numbers: Radius = 15/2 or 7.5 feet so Area = 3.14159265 (Pi) * 7.52 which equals 176.715 sqare feet Now, Volume = Area * Depth, so 176.7145868 (the area) * 4 = 706.858347 cubic feet. 1 gallon = 0.13368 cubic feet, so take 706.858347/0.13368 to get the answer: A 15 foot round above ground swimming pool that is 4 feet deep will hold 5,287.6676 gallons of water.
3.5 cubic feet = about 26.18 US liquid gallons or 22.5 US dry gallons.
First, determine the number of cubic feet. Pipe is 4 feet in diameter- so radius is half that- 2 feet. Area is pi (3.14) times radius squared. 2x2=4, x 3.14 = 12.56 SQUARE feet of area. Multiply that by the length in feet- 5,280, and you get a VOLUME of 66,316.8 CUBIC feet. one cubic foot holds 7.48 gallons- so your pipe can hold 496,084.115 gallons of water- almost a half million gallons.
1 gallon = 231 cubic inches1 cubic foot = 1,728 cubic inches1 acre = 43,560 square feet1/2 inch = 1/24th footWater volume = (43,560 / 24) cubic feet = [ 43,560 x 1,728 / (24 x 231) ] = 13,577 gallons (rounded)
* 62,500 gallons (US) = 8,355 cubic feet If the pool is 20 feet wide, and 70 feet long, it could be 5 feet 11 and a half inches deep all around. * 62,500 gallons (Imperial) = 10,034 cubic feet. If the pool is still just under 6 feet deep and 20 feet wide, it could be 84 feet long.
2 half gallons equal a gallon.
To solve this we need to find the area of the tank in cubic feet, and then convert that to gallons. The volume of a cylinder can be found by multiplying the area of its base by its height. The area of a circle is equal to Pi×r2, where r is the radius of the circle. The radius is half of the diameter, so the area of the base of the tank if Pi×12, which equals Pi. Multiply this by 5 to find that the volume of the tank is 5 Pi cubic feet. Convert this to gallons to find that the volume is 117.5 gallons.
To calculate the volume of a 22-foot diameter pool that is 52 inches tall, first convert the height to feet: 52 inches is approximately 4.33 feet. The volume of a cylinder (pool) is calculated using the formula V = πr²h. The radius is 11 feet (half of the diameter), so the volume is about 3,141.59 × (11²) × 4.33, which equals approximately 1,671 cubic feet. Since there are about 7.48 gallons in a cubic foot, the pool holds roughly 12,500 gallons.
An 80 lb bag of concrete typically yields about 0.6 cubic feet when mixed. Since there are 27 cubic feet in a cubic yard, half a cubic yard is 13.5 cubic feet. To find how many 80 lb bags are needed, divide 13.5 by 0.6, which equals approximately 22.5 bags. Therefore, you would need about 23 bags of 80 lb concrete to fill half a cubic yard.
To calculate the volume of a hole that is 6 feet wide and 6 feet deep, you would use the formula for the volume of a cylinder: Volume = π × radius² × height. The radius is half the width, so it would be 3 feet. Thus, the volume of the hole is approximately 3.14 × (3)² × 6, which equals about 169.56 cubic feet. Since there are 7.48 gallons in a cubic foot, the hole can hold approximately 1,267 gallons of water.
First you have to calculate the volume (cubic capacity) of the container and then multiply by the number of gallons per cubic foot. Formula for calulating volume is radius-squared x pi x depth: 1.5-squared x 3.1416 x 5 = 35.343 cubic feet. There are 7.481 gallons per cubic foot, Hence, 35.343 x 7.481 = 264.40 gallons to fill the container.
To convert 100 gallons of soil to cubic yards, you can use the conversion factor that 1 cubic yard is approximately 201.97 gallons. Therefore, 100 gallons is about 0.495 cubic yards (100 gallons ÷ 201.97 gallons per cubic yard). So, 100 gallons of soil is approximately half a cubic yard.
There will be about 5757 US gallons in a full tank of this size. A cylinder's volume is the area of the base times its height. The area of the base is pi times the square of the radius of that base. A radius is half a diameter. Half of 7 feet is 3 1/2 feet. If we take pi times the square of that, we'll get about 38.48 square feet. Multiply that by the 20 foot length and you'll get about 769.6 cubic feet. There are about 7.5 gallons in a cubic foot of water. Multiply the 769.6 feet3 (the volume) by 7.5 gallons/foot3 and there's the (approximately) 5757 gallons (US) in that tank.