The cc to liter converter starts from cubic centimeters. The liter to cc converter has both liter → cc and cc → liter directions. Choose the dedicated cc-first page for a single input, or the reversible page to change direction within one form.
| Feature | CC to liter | Liter to cc |
|---|---|---|
| Inputs | Cubic centimeters | Amount and direction |
| Default | 1,000 cc → 1 L | 1 L → 1,000 cc |
| Operation | cc ÷ 1,000 | L × 1,000, or cc ÷ 1,000 in reverse |
| Primary format | Liters, up to 6 fractional places | cc up to 4; reverse liters up to 6 |
| Supporting results | Entered cc, mL, m³ | Liters, cc, mL |
A liter is a cubic decimeter. One liter therefore equals 1,000 cm³, and one cm³—often written cc—equals one mL. The factors describe volume units; neither form needs a material density. For example, 1,500 cc converts to 1.5 L, and 1.5 L converts to 1,500 cc before display rounding.
The mathematical operations are inverse, but a displayed or copied rounded result need not recover the original input on a return conversion. A small representable input of 0.0001 cc gives 0.0000001 L before display rounding and displays 0 L in the dedicated form. Zero on that display is a formatting limit, not an assertion that the input volume was zero.
The dedicated form copies its cc input and formatted liter result. The reversible form’s Copy always presents the relationship as liters = cc, including when the input direction was cc → liters. Neither form has an editable precision setting; trailing zeros are trimmed at the stated fractional-place maxima.
This is volume-to-volume arithmetic. Mass, concentration and any application-specific measurement procedure require information beyond these controls.
Sources
- NIST SP 811, 2008 edition — Liter as a cubic decimeter and SI prefixes, supporting 1 L = 1,000 cm³ and 1 cm³ = 1 mL by dimensional derivation.