CC Calculator

The CC Calculator estimates volume in cubic centimeters based on shape and specific dimensions. This tool helps students and engineers accurately convert measurements and solve geometric problems instantly. Whether you are calculating engine displacement, determining container capacity, or solving homework problems, this calculator ensures precision.

Select the shape you want to calculate the volume for
Unit of measurement for your dimensions
Length/Side/Radius
Width/Height (if applicable)
Height/Depth (if applicable)

How Volume Is Calculated

Volume represents the total amount of three-dimensional space a shape occupies. To find this value, the calculator first converts all your input dimensions into centimeters to ensure consistency. Then, it applies the standard geometric formula for the specific shape you selected.

Volume Formulas by Shape

Cube: V = a³

Rectangular Prism: V = l × w × h

Cylinder: V = π × r² × h

Sphere: V = (4/3) × π × r³

Cone: V = (1/3) × π × r² × h

Where:

  • V = Volume
  • a = Side length
  • l, w, h = Length, Width, Height
  • r = Radius
  • π ≈ 3.14159

Using these established mathematical formulas guarantees accurate results for both simple geometry problems and complex engineering tasks.

What Your Volume Means

Your result tells you exactly how much space an object takes up or how much liquid it can hold. This number is essential for comparing sizes and planning projects effectively.

Engine Displacement: A result around 2,000 cc represents a standard 2.0-liter car engine. Mechanics use this number to understand power potential and classify vehicle sizes, where higher cc values generally indicate more power.

Container Capacity: Since 1 cc is equal to 1 milliliter, a result of 500 cc means the container holds exactly 0.5 liters of liquid. This helps you correctly size bottles, tanks, or reservoirs for specific amounts of fluid.

Packaging and Shipping: For shipping, a volume of 10,000 cc (10 liters) indicates a large box size. Use this measurement to estimate shipping costs based on the dimensional weight of the package rather than just its actual weight.

Important: Always double-check that you entered the radius for round shapes, not the diameter. Entering the diameter by mistake will result in a calculation that is significantly larger than the actual volume.

This calculator provides mathematical estimates for educational purposes only. For critical engineering, medical, or construction projects, please verify calculations with a professional.

If your result seems too large or small, verify that all dimension units match before recalculating.