Volume Converters
Convert between volume units: liters, milliliters, cubic centimeters, cubic meters, gallons, fluid ounces, and drops. Essential for solution preparation and lab measurements.
Volume conversions come up constantly in chemistry lab work — preparing solutions, measuring reagents, scaling reactions, and converting between metric and imperial units. The liter and milliliter dominate chemistry, but you'll encounter cubic centimeters (identical to mL), cubic meters (SI base), and occasionally imperial units in older or industrial contexts.
28 Volume Conversions
Cubic Centimeters to Cubic Meters Converter
m³ = cm³ × 10⁻⁶
Convert cubic centimeters to cubic meters by dividing by 10⁶. The factor of a million between bench-scale volumes and the SI base volume unit ventilation and process calculations use.
Cubic Centimeters to Liters Converter
L = cm³ / 1000
Divide cubic centimeters by 1000 to get liters. It's an exact, geometric scaling — and the bridge between density values (which live in g/cm³) and concentration arithmetic (which wants mol/L).
Cubic Centimeters to Milliliters Converter
mL = cm³ × 1 (exactly equal)
1 cm³ equals 1 mL exactly. The conversion is a no-op — both units describe the same volume, just indexed differently.
Cubic Feet to Cubic Meters Volume Converter
m³ = ft³ × 0.028317
Convert cubic feet to cubic meters using the exact factor 1 ft³ = 0.0283168 m³. It's the one that turns up every time imperial tank specs meet a metric safety calculation.
Cubic Feet to Liters Volume Converter
L = ft³ × 28.3168
Convert cubic feet to liters by multiplying by 28.3168. The step between US-spec gas and equipment volumes and the metric values chemistry calculations actually use.
Cubic Meters to Cubic Centimeters Converter
cm³ = m³ × 10⁶
Convert m³ to cm³ by multiplying by 10⁶. The factor of a million between process-scale industrial volumes and the cm³ aliquots a bench-scale sampling actually pulls.
Cubic Meters to Cubic Feet Volume Converter
ft³ = m³ × 35.3147
Convert cubic meters to cubic feet using the factor 1 m³ = 35.3147 ft³. The reverse of the volume conversion that turns up whenever metric process data meets imperial code requirements.
Cubic Meters to Liters at STP Converter
L = m³ × 1000
Convert cubic meters to liters at STP by multiplying by 1000. The scale-down step that takes an industrial gas volume to a number a molar-quantity calculation can work with.
Cubic Meters to Liters Converter
L = m³ × 1000
Convert cubic meters to liters by multiplying by 1000. The clean SI step between process-scale equipment volumes and the liters every chemistry calculation actually uses.
Drops to Liters Converter
L = drops × 0.00005
Convert drops to liters by multiplying by 5 × 10⁻⁵. A unit step between drop-counting at the bench into the liter-scale aggregation a bulk-prep calculation needs.
Drops to Milliliters Converter
mL = drops × 0.05 (standard medical drop)
Convert drops to milliliters using the standard 20 drops per mL convention. The arithmetic that turns dropwise additions into a real volume on the calculation page.
Liters at STP to Cubic Meters Converter
m³ = L × 0.001
Convert liters of gas at STP to cubic meters — a simple divide by 1000, but one that shows up every time a benchtop gas measurement has to scale into process-level units.
Liters per Hour to Milliliters per Minute Converter
mL/min = L/h × 16.6667
Multiply L/h by 16.6667 for mL/min. That's 1000 mL/L over 60 min/hr — the conversion that reconciles bench-scale HPLC and pump readings (mL/min) with process-control logs (L/h).
Liters per Minute to Milliliters per Second Converter
mL/s = L/min × 16.6667
Convert L/min to mL/s by multiplying by 16.6667. The factor falls cleanly out of 1000 mL/L over 60 s/min.
Liters to Cubic Centimeters Converter
cm³ = L × 1000
Convert liters to cubic centimeters by multiplying by 1000. The step that takes a solution-scale volume into the density-friendly cm³ unit.
Liters to Cubic Feet Volume Converter
ft³ = L × 0.035315
Convert liters to cubic feet by multiplying by 0.035315. Used at the handoff between metric chemistry volumes and the cubic-feet units US ventilation and gas-handling work uses.
Liters to Cubic Meters Converter
m³ = L × 0.001
Convert liters to cubic meters by dividing by 1000. The clean SI step that lets a bench-volume reading meet a calculation written in pure SI base units.
Liters to Drops Converter
drops = L × 20000
Convert liters to drops by multiplying by 20,000. A unit step between bulk-tank liter volumes and the per-drop scale unit-dose formulations dispense at.
Liters to Microliters Converter
µL = L × 10⁶
Convert liters to microliters by multiplying by 10⁶. A six-decade SI prefix jump between volumetric-flask stocks and the µL-scale injections an LC-MS autosampler dispenses.
Liters to Milliliters Converter
mL = L × 1000
Convert liters to milliliters by multiplying by 1000. The step that connects volumetric glassware readings with the SI-consistent units most solution calculations expect.
Microliters to Liters Converter
L = µL × 10⁻⁶
Convert microliters to liters by multiplying by 10⁻⁶. Six prefix decades sit between micropipette dispense volumes and bulk-solution preparation.
Microliters to Milliliters Converter
mL = µL / 1000
Convert microliters to milliliters by dividing by 1000. The arithmetic that takes pipette-scale volumes back up to the bulk units used on bottles, gradients, and bench protocols.
Milliliters per Minute to Liters per Hour Converter
L/h = mL/min × 0.06
Convert mL/min to L/h by multiplying by 0.06. The factor falls cleanly out of 60 min/hr over 1000 mL/L.
Milliliters per Second to Liters per Minute Converter
L/min = mL/s × 0.06
Convert mL/s to L/min by multiplying by 0.06. The factor falls cleanly out of 60 s/min over 1000 mL/L.
Milliliters to Cubic Centimeters Converter
cm³ = mL × 1 (exactly equal)
1 mL equals 1 cm³ exactly — a no-op conversion preserved for notation consistency between volume-based and length-based references.
Milliliters to Drops Converter
drops = mL × 20 (standard medical drop)
Convert mL to drops by multiplying by 20. Used at the handoff between prescription-mL volumes into the per-drop scale a calibrated dropper-cap dispenses.
Milliliters to Liters Converter
L = mL ÷ 1000
Convert milliliters to liters by dividing by 1000. The correction you make every time a volumetric reading has to drop into a molarity or gas-law equation.
Milliliters to Microliters Converter
µL = mL × 1000
Convert milliliters to microliters by multiplying by 1000. The everyday step between bulk solution volumes in mL and the µL aliquots a micropipette actually dispenses.