Density calculator

Online calculator for formulas in physics and everyday life.

Basic physics calculations:

Water and air:

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Calculate Density: 607.8t, ml, 689115647.2585kgm3

This can calculate the density (ρ) of a substance or object knowing its mass (m) and volume (V). You can also calculate the mass knowing the volume and density, and finally, the volume can be calculated from the mass and density.   ρ=m/V   m=ρ.V   V=m/ρ

Enter any 2 values, the 3rd value will be calculated:

Mass:		ug (microgram) mg (milligram) g (gram) kg (kilogram) t (tonne)	C	-0.1 +0.1 -1 +1 -10 +10 -100 +100
Volume:		mm³ (cubic millimeter) cm³ (cubic centimeter) dm³ (cubic decimeter) m³ (cubic meter) km³ (cubic kilometer) ul (microliter) ml (milliliter) cl (centiliter) dl (deciliter) l (liter) hl (hectoliter)	C	-0.1 +0.1 -1 +1 -10 +10 -100 +100
Density:		g/cm³ (grams per cubic centimeter) g/dm³ (grams per cubic decimeter) g/m³ (grams per cubic meter) kg/cm³ (kilograms per cubic centimeter) kg/dm³ (kilograms per cubic decimeter) kg/m³ (kilograms per cubic meter)	C	-0.1 +0.1 -1 +1 -10 +10 -100 +100
Output metric prefix:   Automatic    User-selected

Density values of common substances:

Density of gases				Density of liquids
air oxygen nitrogen carbon dioxide carbon monoxide steam hydrogen deuterium helium	neon argon krypton xenon radon methane ethane propane butane	isobutane natural gas biogas acetylene ammonia chlorine sulfur hexafluoride sulfur dioxide hydrogen sulfide		water acetic acid acetone beer benzene brine bromine butane canola oil	chloroform coconut crude oil dichloromethane diesel fuel diethylene glycol diethyl ether ethanol formaldehyde	fuel oil furan gasoline (petrol) glucose glycerine glycerol heating oil hydrazine isopropyl alcohol	kerosene linseed oil mercury methanol milk napthalene neem oil nitric acid octane	olive oil palm oil paraffin peanut oil sea water silicone oil sodium hydroxide sulfuric acid 95% toluene

Density of solids
ABS acrylic alumina aluminium antimony asphalt bakelite barium beeswax bentonite beryllium bismuth	borax boron brass brick (red) cadmium calcium carbon cement cerium cesium chalk charcoal	chromium cobalt cork copper diamond dysprosium epoxy erbium europium gadolinium gallium germanium	glass gold granite graphite hafnium ice (0°C) indium iodine iridium iron (cast) iron lanthanum	leather lead limestone lithium lutetium magnetite manganese magnesium marble mica molybdenum neodymium	nickel niobium nylon oak osmium paper palladium paraffin wax PET phosphorus platinum plutonium	polycarbonate polyethylene HD polypropylene polyurethane porcelain potassium PTFE (teflon) PVC PVDF quartz rhenium rhodium	rubidium ruthenium samarium sandstone selenium scandium silicon silicon carbide silver sodium Steel stainless Steel (carbon)	Steel (chrome) Steel (machine) Steel (tool) strontium sulfur talc tantalium tar tellurium thallium thorium thulium	tin Sn63 Pb37 titanium titanium dioxide tungsten tungsten carbide uranium vanadium ytterbium yttrium zinc zirconium

Some common values of mass:

milligrams		grams		kilograms		tonnes
1mg 1.5mg 2mg 2.5mg 3mg 5mg 10mg 15mg 20mg 25mg	30mg 50mg 100mg 150mg 200mg 250mg 300mg 330mg 500mg 750mg	1g 1.5g 2g 2.5g 3g 5g 10g 15g 20g 25g	30g 50g 100g 150g 200g 250g 300g 330g 500g 750g	1kg 1.5kg 2kg 2.5kg 3kg 5kg 10kg 15kg 20kg 25kg	30kg 50kg 100kg 150kg 200kg 250kg 300kg 330kg 500kg 750kg	1t 1.5t 2t 2.5t 3t 5t 10t 15t 20t 25t	30t 50t 100t 150t 200t 250t 300t 330t 500t 750t

Some common values of volume:

microliters		milliliters		liters		cubic meters
1ul 1.5ul 2ul 2.5ul 3ul 5ul 10ul 15ul 20ul 25ul	30ul 50ul 100ul 150ul 200ul 250ul 300ul 330ul 500ul 750ul	1ml 1.5ml 2ml 2.5ml 3ml 5ml 10ml 15ml 20ml 25ml	30ml 50ml 100ml 150ml 200ml 250ml 300ml 330ml 500ml 750ml	1l 1.5l 2l 2.5l 3l 5l 10l 15l 20l 25l	30l 50l 100l 150l 200l 250l 300l 330l 500l 750l	1m3 1.5m3 2m3 2.5m3 3m3 5m3 10m3 15m3 20m3 25m3	30m3 50m3 100m3 150m3 200m3 250m3 300m3 330m3 500m3 750m3

Density formula says:

•When a DC load (or a resistive AC load) draws 881.9999987201ml (eight hundred and eighty-one point nine nine nine nine nine eight seven two zero one amps) current at 607.8tV (six hundred and seven point eight volts) voltage, it's power input is 689115647.2585kgm3 (six hundred and eighty-nine million, one hundred and fifteen thousand, six hundred and fourty-seven point two five eight five watts).
•If a 607.8tV (six hundred and seven point eight volts) load draws 689115647.2585kgm3 (six hundred and eighty-nine million, one hundred and fifteen thousand, six hundred and fourty-seven point two five eight five watts) power, its current consumption is 881.9999987201ml (eight hundred and eighty-one point nine nine nine nine nine eight seven two zero one amps).
•When a load runs at 881.9999987201ml (eight hundred and eighty-one point nine nine nine nine nine eight seven two zero one amps) current at 689115647.2585kgm3 (six hundred and eighty-nine million, one hundred and fifteen thousand, six hundred and fourty-seven point two five eight five watts) power input, its voltage is 607.8tV (six hundred and seven point eight volts).



This is a simple online calculator for physics and everyday situations.