Advanced Tank Volume Calculator

Volume & Liquid Capacity Calculator

Calculate exact volume of water tanks, containers and liquid storage vessels. Supports 9 different tank shapes with multiple unit conversions.

Select a Shape

Cylindrical Tank

Rectangular Tank

Spherical Tank

Conical Tank

Cube Tank

Conical Frustum

Capsule Tank

Ellipsoidal Tank

Pyramidal Tank

Cubic Meters (m³)

Liters (L)

US Gallons

Cubic Feet (ft³)

Cubic Centimeters (cm³)

Cylindrical Tank Volume

Volume Formula:

V = π × r² × h

Where:
• V = Volume
• r = Radius of the base
• h = Height of the cylinder
• π ≈ 3.14159

Radius

Meters (m) Centimeters (cm) Millimeters (mm) Feet (ft) Inches (in)

Height

Meters (m) Centimeters (cm) Millimeters (mm) Feet (ft) Inches (in)

Volume Result

3.14

cubic meters (m³)

Equivalent Volume in Other Units:
• 3,141,592.65 cm³
• 3,141.59 Liters
• 110.94 ft³
• 829.92 US Gallons

Radius: 1 m, Height: 1 m. Volume: 3.14 m³.

Liquid Capacity

Liquid capacity calculated for water (density: 1 kg/L). For other liquids, adjust using density options below.

3,141.59

Liters (L)

3,141,593

Milliliters (mL)

829.92

US Gallons

3,141.59

Kilograms (Water)

Liquid Density Options

Select liquid type for accurate weight calculation:

Volume & Liquid Capacity Calculator © 2023

Designed for accurate measurement of tank volumes and liquid capacities. All calculations are based on standard geometric formulas.

Surface Area Calculator

Calculate surface area for various geometric shapes with detailed descriptions, applications, and conclusions.

Select a Shape

Ball (Sphere)

Cone

Cube

Cylindrical Tank

Rectangular Tank

Capsule

Spherical Cap

Conical Frustum

Ellipsoid

Square Pyramid

m² (Square Meters)

cm² (Square Centimeters)

mm² (Square Millimeters)

ft² (Square Feet)

in² (Square Inches)

Ball (Sphere) Surface Area

Formula:

A = 4 × π × r²

Where:
• A = Surface area
• r = Radius of the sphere
• π ≈ 3.14159

All results are converted to square meters (m²)

Radius

m cm mm ft in

Result

50.27

square meters (m²)

Equivalent values:
• 502,655.00 cm²
• 50,265,500.00 mm²
• 541.10 ft²
• 77,918.40 in²

Radius: 2 m. Surface area: 50.27 m².

Description

A sphere is a perfectly symmetrical three-dimensional shape where all points on the surface are equidistant from the center. It has no edges or vertices and represents the most efficient shape in terms of volume to surface area ratio.

Why Calculate Surface Area?

Calculating the surface area of a sphere is essential in various applications:

• Manufacturing: Determining material needed for spherical objects like balls, tanks, or domes
• Heat Transfer: Calculating heat dissipation or absorption rates
• Packaging: Designing packaging for spherical products
• Scientific Research: Studying properties of particles, cells, or planets
• Painting/Coating: Estimating paint or coating requirements for spherical surfaces

Conclusion

The sphere's surface area calculation is fundamental in geometry and has practical applications across engineering, manufacturing, and science. Understanding this calculation helps optimize material usage, improve design efficiency, and solve real-world problems involving spherical objects.

Surface Area Calculator © 2023 | All results in square meters with automatic unit conversion

Includes detailed descriptions, applications, and conclusions for 10 geometric shapes