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Select the tank shape and enter its measurements. The calculator will try to determine the liquid tank volume in different units of measurement.

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The tank volume calculator is a comprehensive calculator for measuring the volume of tanks of 12 different shapes. We can calculate the volume and capacity of tanks of different shapes like horizontal, vertical, oval, etc. By the water volume calculator.

Choose between different tanks and shapes, from the standard rectangular and cylindrical tanks to the horizontal and stylish cone top tanks. In the industrial process, you may encounter tanks of vertical capsules and the frustum. The frustum-shaped tanks along with the cone bottom and can use in various industrial processes. The different shapes are used according to their application.

When we measure the volume and capacity of the tanks, it is essential to know various units of volume. Then we can encounter Units that are not common. These units can be ,\(1m^{3}\),\(cm^{3}\),\(yd^{3}\), US Gallons, \( ft^{3}\), Litter. The main reason for your confusion is that these units are not from SI units and we should be able to convert them into the SI unit. In the table below we have converted all the common units of the volume into the \(1m^{3}\) to various corresponding common units of volume.

\(1m^{3}\) | 1000L |

\(1m^{3}\) | 1000,000\(cm^{3}\) |

\(1m^{3}\) | 1.307\(yd^{3}\) |

\(1m^{3}\) | 264.172 US Gallons |

\(1m^{3}\) | 35.3147\( ft^{3}\) |

The tank volume calculator demonstrates the result in all the above-mentioned units. You may need the volume of a cylinder in gallons or cubic yards or cubic feet during a process.

The tank geometry is directly related to the capacity of the tank. The geometry of the tanks may include some other measurements which are not accounted for here. But the geometric solid shapes like cylinders, circles,s, and spheres do have a shape that can be measured. The capacity and volume of a cylinder in gallons are variable along with the different geometrical shapes. You may be confused to learn so many shapes, the tank volume calculator makes the task easy for you as it is finding the values in 12 different shapes of tanks.

The capacity of the horizontal tank can be calculated by finding the length of the tanks. The other measurement we need is the radius of the circular portions of the tanks. The formula for finding the capacity of the horizontal tanks is as follows:

**V(horizontal tank)=(Area)(length)**

**A=(πr2), length=L**

**V(horizontal tank) = πr2L**

**Example:**

Consider a horizontal cylinder of length=10m and diameter is equal to 4m. We need to find the capacity of the tanks.

**Sol:**

**The tank volume formula of horizontal cylinder:**

**V= (πr^2)L**

**Where r=d/2=4/2=2m**

**V=(22/7)(2)^2*10**

**V=125.60m3, **

**V=125600.0L, **

**V=125600,000cm3**

If you volume of a cylinder in gallons then multiply the answer by the 264.172 US Gallons:

**As 1m3=264.172 US Gallons**

**We get = (125.60)(264.172)= 33,179.81US gallons**

The horizontal tank volume calculator is smart to find the capacity of the horizontal cylinder.

The tank capacity calculations of the vertical tank can be calculated by finding the length of the tanks. The other measurement we need is the radius of the circular portions of the tanks. The formula for finding the capacity of the vertical tanks is as follows:

**V(vertical tank)=(Area)(height)** **A=(πr2), **

**height=h**

**V(vertical tank) = πr^2hx**

**Example:**

Consider a vertical cylinder of height=20m and diameter equal to 8m. We need to find the capacity of the tanks.

**Sol:** **V= (πr^2)h**

**Where r=d/2=8/2=4m**

**V=(22/7)(4)^2*20**

**V=251.20m3, **

**V=251,200.0L, **

**V=251,200,000.0cm3**

The tank volume calculator is a smart tool to find the capacity of the horizontal cylinder.

The capacity of the Rectangular tank can be calculated by finding the length, width, and length of the tanks. The formula for finding the capacity of the Rectangular tanks is as follows:

**V(rectangular tank)=(Length)(Width)(Height)** ** **

**V(rectangular tank)=LWH**

**Example:**

Consider a rectangular tank of length=10m width=5m and height=10m. We need to find the capacity of the tanks.

**Sol:** **L=10m, **

**W=5m, **

**H=10**

**V=L* W * H**

**V=10* 5 * 10**

**V= 500m3**

**V=500m3, V=500,000.0L, V=500,000,000.0cm3**

You can find the capacity of water in the tanks by inserting the values in the water volume calculator.

The capacity of the Horizontal Oval Tank can be calculated by finding the area A, Which is the shape of the Horizontal Oval Tank. Now we find the length “L”.

The area is equal to the A=πr2 + 2ra and now the r=h/2 and the a =w-h where w>h. This condition is always true.

**V(tank) = (πr2 + 2ra)l**

The cylinder gallon calculator is directly finding the capacity of the Horizontal Oval Tank in gallons. You may ask how to calculate water tank capacity in gallons? The calculator is automatically finding values in the gallons.

The capacity of the vertical Oval Tank can be calculated by finding area A, Which the shape of a vertical oval shape.Now we find the length “L”.

The area is equal to the A=πr2 + 2ra and now the r=w/2 and the =h-w where h>w. This condition must always be true.

**V(tank) = (πr2 + 2ra)l**

The Vertical Oval Tank volume of a cylinder in gallons can be measured by the cylinder gallon calculator. In industrial processes, the gallon is the most common unit for the capacity of a tank.

We consider the sides of the Horizontal Capsule as a sphere and implement its formula. The diameter is represented by “d” and the height is “a”. Now r=d/2

**V(sphere) = (4/3)πr3, and**

**V(cylinder) = πr2a, therefore**

**V(capsule) = πr2((4/3)r + a)**

The Horizontal capsule volume of a cylinder in gallons can be computed by the liquid volume calculator. This is essential to find the capacity of liquid according to the density to the corresponding volume of the tank.

We do need to find the length, width and the height along with multiplying the values and dividing the whole formula by “4”. We find the capacity of the horizontal elliptical tank by the following formula:

**V(H.elliptical) =(π*L*W*H)/4**

The Horizontal Elliptical volume of a tank can be simplified by a water volume calculator.

The formula for cone bottom is the formula for the cylinder and the cone.

**Cone bottom= Cone+Cylinder**

**Cone bottom= (1/3πr2+h)+(πr2h)**

Does it make you confused about how much you can fill the Cone bottom cylinder? It is better to use a tank volume calculator to find the maximum output capacity and volume of the tank.

The formula for the cone top is the combination of the formula for the cylinder and the cone.

**Cone bottom=Cylinder Cone**

**Cone bottom= (πr2h)+(1/3πr2+h)**

We can find the capacity of the Cone Top Tank by a size calculator to find the maximum output capacity.

The Frustum formula for finding the capacity and volume of the frustum is as follows:

**V=1/3πh((r****2**** + rR + R****2****)**

You may wonder how to calculate the volume of liquid capacity in the Frustum tank. You require an efficient tank calculator for finding the capacity of the tank.

The formula for finding the capacity and volume of the sphere tank is as follows:

**v=4/3πr3**

The capacity of the sphere tanks is measured by a liquid volume calculator as different liquids have various densities.

The procedure of getting the values from the tank capacity calculator is simple and easy. You can find the capacity of the tanks in the most common units of the volume

**Input:**

- Select the desired capacity tank from the drop-down menu
- Enter the parameter of that particular tank in their designated fields
- Enter filled capacity if required
- After you are done with the stuff, tap the calculate button

**Output:**

The volume calculator gallons are easy to operate and you get the following result:

- We get the result in different units of volume.
- Displaying the capacity of the tank in different units is essential

A gallon is a unit of volume and capacity of tanks used for liquids such as gasoline, water, and milk in the United States. We can use a tank volume calculator to find the values directly in the US gallons.

**Here \(1m^{3}\)=264.172 US gallons**

1 KG of pure water is equal to 1 liter when reaching its maximum density equal to 1 Kg/L at a particular temperature **39.2 °F or 4 °C.**

You need to enter the values in the feet for the length,width, and height of water then multiply them. The water volume calculator yields the values of water capacity by inserting the water measurements .

When we are discussing the volume, then we are measuring the substance in three dimension:

The formula for volume is Volume =(length)(width)(height)

Finding the capacity of tanks especially in different geometric forms can be a difficult task. To make this industrious task easy you need to understand various geometrical shapes. Simple select the geometrical shapes from the tank volume calculator. You may also find the capacity of the tank in different units like Gallon, Cubic yard or Cubic feet according to your requirement.

From the source of Wikipedia: Gallons, Definitions, Imperial Gallons

From the source of lessonresearch.net: Measuring liquid volume , overview, Liquid volume

From the source of mathsmadeeasy.co.uk: Density Mass and Volume, Formula ** **

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