The volume is that of a cylinder:
radius = ½ × diameter
volume = π × redius² × height = π × (½ × 3)² × 5 ft³ = 11¼π ft³ ≈ 35.343 ft³
What this is in gallons depends upon the gallon used:
1 ft³ ≈ 6.229 imp gal → 35.343 ft³ ≈ 35.343 × 6.229 imp gal ≈ 220.15 imp gal
1 ft³ ≈ 7.481 US gal → 35.343 ft³ ≈ 35.343 × 7.481 US gal ≈ 264.38 US gal
It can be any shape that will hold 4000 gallons. Round, Square and so on. As long as the volume adds up to be 4000 gallons.
Around 4600 gallons. This answer is based on the chief engineer saying that it can travel for 12 days at 28.5 knots at which speed it used 380 tons/day in fuel.
266
Depends on the fuel efficiency of your vehicle.
Yes 48you in
If the pipe is round, with a 55-foot diameter, and 36 inches long, then its capacity is 53,317.3 gallons. If the pipe is round, with a 36-inch diameter, and 55 feet long, then its capacity is 2,908.2 gallons. Either way, we have no way of knowing how much water is in it. For all we know, it may even be empty.
The volume is pi*radius2*depth of fuel = 22.6 cubic feet = 140.9 Imperial gallons, approx.
2/1/12th GALLON
The tank will hold a maximum of 478.753 gallons of fuel.
About 1,122.1 gallons.
201.97 US gallons
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.
40.544 gallons
2937.6 Gallons. Here's how. Volume = (area of base) x (height).Area of a circle is Pi * (radius squared). Radius is half of diameter = 10 ft/2 = 5 ft.Take pi = 3.1416, so 3.1416*(5 ft high)*(5 ft)2 = 392.7 ft3. 1 ft3 = 7.48052 gallons. 392.7 ft3 * 7.48052 gal/ft3 = 2937.6 gallons
It Should Contain 72 Gal 43 Oz.
If the question is about NASCAR refueling, the answer is pretty simple: A large-diameter filler neck on the car and its fuel cell matches up to a large-diameter neck on the fuel cans, and the fuel cans are vented to allow for free and uninterrupted fuel flow.
The actual gallons of fuel would depend on how full the cylinder tank is. Here is the formula for calculating the maximum capacity of the tank.The formula for calculating the volume of a cylinder is V = πr2hV = volumeπ = PI (approximately 3.14)r = radius (half the diameter of the round portion of the tank)h = height (or length) of the tank