m = dV (d for density (even though greek letter rho should be used))
therefore m = (1.0 g/cm3)(5 L)
m = (1.0 g/cm3)(5 dm3) (since 1 L = 1 dm3)
m = (1.0 g/cm3)(5000 cm3) (since 1 dm3 = 1000 cm3)
m = 5000 g
m = 5 kg
2,000 cm³
The volume in liters of a 100mm long by 50mm diameter cylinder is: 0.196 liters.
To compare 15 gallons to 50 liters, we must first convert both measurements to the same unit. One gallon is equivalent to approximately 3.785 liters. Therefore, 15 gallons is equal to 56.775 liters. Since 56.775 liters is greater than 50 liters, 15 gallons is indeed greater than 50 liters.
1 dekaliter equals to 10 liters
30 liters of a 10 % solution of fertilizer has .1(30) = 3 liters of fertilizer 1 liter of 30% solution has .3 liter of fertilizer 10 liters of 30% solution has 3 liters of fertilizer so, the chemist needs 10 liters of the 30% solution and 20 liters of water to make 30 liters of a 10% solution.
7 liters of a 20% acid solution consists of 1.4 liters of acid (20% of the total volume) mixed with 5.6 liters of water (80% of the total volume). The amount of acid isn't going to change in the new solution. You are just going to add enough water to make it a 10% solution instead of a 20% solution. So it will be more dilute. That means that 1.4 liters of acid will represent 1/10 of the volume of the new solution. So the total volume of the new solution will be 10 x 1.4 or 14 liters. The amount of water in the new solution will be 14 - 1.4 = 12.6 liters. That is a difference of 12.6 - 5.6 = 7 liters from the amount of water you started with. So you need to add 7 liters of water to the original 20% solution to make it a 10% solution. This makes sense because if you double the amount of the mixture from 7 liters to 14 liters and the amount of acid is unchanged, the solution will be half as strong.
0.75 kg/L
The conversion between liters and kilograms depends on the density of the substance. For water, which has a density of 1 kg/L, 25 liters would weigh 25 kilograms. For other substances, you would need to know their density to convert from liters to kilograms.
It doesn't matter whether a container has the form of a cylinder, or some other shape. Liters is a measure of volume, kilogram is a measure of mass. Therefore, to convert from liters to kilograms, you have to know the density of the substance you will put into the container. Different substances have different densities, i.e., they can have more or less kilograms per liter. For example, water has a density of 1 (kilogram per liter), while lead has a density of 11, and gold 19 (approximately).It doesn't matter whether a container has the form of a cylinder, or some other shape. Liters is a measure of volume, kilogram is a measure of mass. Therefore, to convert from liters to kilograms, you have to know the density of the substance you will put into the container. Different substances have different densities, i.e., they can have more or less kilograms per liter. For example, water has a density of 1 (kilogram per liter), while lead has a density of 11, and gold 19 (approximately).It doesn't matter whether a container has the form of a cylinder, or some other shape. Liters is a measure of volume, kilogram is a measure of mass. Therefore, to convert from liters to kilograms, you have to know the density of the substance you will put into the container. Different substances have different densities, i.e., they can have more or less kilograms per liter. For example, water has a density of 1 (kilogram per liter), while lead has a density of 11, and gold 19 (approximately).It doesn't matter whether a container has the form of a cylinder, or some other shape. Liters is a measure of volume, kilogram is a measure of mass. Therefore, to convert from liters to kilograms, you have to know the density of the substance you will put into the container. Different substances have different densities, i.e., they can have more or less kilograms per liter. For example, water has a density of 1 (kilogram per liter), while lead has a density of 11, and gold 19 (approximately).
To convert liters of sand to kilograms, you need to know its density. The density of sand varies, but on average it is around 1.6 kilograms per liter. So, 25 liters of sand would be approximately 40 kilograms.
The conversion of liters to kilograms depends on the substance being measured, as the density of different materials varies. For water, which has a density of 1 kg/L, 90 liters would be equal to 90 kilograms.
The mass of 2 liters of a substance with a density of 1.15 grams per milliliter is 2.3 kilograms. You can find the mass by multiplying the volume in liters (2) by the density in grams per milliliter (1.15), and then converting the result to kilograms.
Depends on the density of the substance in question.
Density = mass / volume : Mass = volume * density : Volume = mass / densityDensity mild steel = 7.85 kg / litreSo >Mass = volume * density5 litres @ 7.85 kg per litre = 39.25 kilogramsAnd >Volume = mass / density5 kilograms / 7.85 = 0.637 litres
The conversion from kilograms to liters depends on the density of the substance you are measuring. For example, 20 kilograms of water would be equivalent to 20 liters, as the density of water is 1 kg/L. However, for other substances, you would need to know the density to make the conversion.
You must know the material density.Assume fresh water at room density, having density 1 gm/cc or 1 kg/liter, then the answer: 17 kg = 17 liter
Multiply by density
Assuming the medium is fresh water with density 1 g/cc or 1 kg/liter then 21.65 liters = 21.65 kilograms