Mass = (Density)/(Volume)
Make sure you convert your density to gallons.
1 Imperial gallon has a mass of 14.9 pounds, approx.
1 gallon = 1 gallon
0.06 gallon in 1 cup. 1 gallon = 16 cups 1 cup =0.23 gallon
A gallon is converted in liquids which is 1 gallon=3.80 liters
1 gallon = 16 cups 1 cup =0.23 gallon
"Kg" is a unit of mass. "Gallon" is a volume of space. The gallon may be completely empty, with no mass in it. If the gallon of space has any mass at all in it, then the amount of mass depends on what substance is in the gallon.
Sodium would be 0.99%
Well, 1 pint of water weighs roughly one pound, so 1 gallon would be about 8 pounds. Of course it's a lot easier in SI units, where you can just count by tens. 1 liter weighs 1 kg. Done. A gallon of fresh water weighs between 8.33 lbs. and 8.34 lbs. Seawater, on average, weighs 1.028 times more. So, seawater weighs about 8.56 lbs. per gal. Seawater varies in weight depending on the mineral content, so the above is just a suggested avg.
One gallon of seawater weighs about 8.53 pounds or 3.87kg
1 Imperial gallon has a mass of 14.9 pounds, approx.
(Is that a question? That is a statement.) A gallon is a measure of volume, of how much space the fluid occupies. 1 gallon of milk has the same volume as 1 gallon of orange juice. They occupies the same amount of space. Different fluids have different densities. Density is how much mass occupies a given volume. If the density of one fluid is greater, it has more mass, and it weighs more. A gallon is a gallon.
1 US gallon has a mass of 4.0 to 4.1 kg.
A cm is a centimeter which is a unit of length and a gallon is a unit of mass. they are different mesures
3 pounds---------------------------------------------------------------------------------------Pound is a unit of mass and gallon is a unit of volume !But considering the density of milk approx. 1 g/cm3 and an US gallon the mass is 8,67 pounds.
Ounces is a measure of mass, gallon is a measure of volume. So, the answer would depend on the density of the substance. For example, a gallon of a perfect vacuum has zero mass; a gallon of matter in a neutron star has a mass of millions of tons.Ounces is a measure of mass, gallon is a measure of volume. So, the answer would depend on the density of the substance. For example, a gallon of a perfect vacuum has zero mass; a gallon of matter in a neutron star has a mass of millions of tons.Ounces is a measure of mass, gallon is a measure of volume. So, the answer would depend on the density of the substance. For example, a gallon of a perfect vacuum has zero mass; a gallon of matter in a neutron star has a mass of millions of tons.Ounces is a measure of mass, gallon is a measure of volume. So, the answer would depend on the density of the substance. For example, a gallon of a perfect vacuum has zero mass; a gallon of matter in a neutron star has a mass of millions of tons.
First you need to define what you mean by gallon; an Imperial gallon is 4.546 litres, a US gallon is 3.785 litres, and a US dry gallon is 4.405 litres. At 20oC water weighs 0.9982kg/l, so an Imperial gallon being 4.546 litres weighs 4.546 X 0.9982 = 4.538kg.
Butanol has a density of 810 kilograms per cubic meter. 1 gallon is equal to .00378541 cubic meters. Then, 1 gallon of butanol has a mass of 3.07 kilograms.