There can be no sensible answer. Litres are a measure of volume, not of mass. Consider a litre of air: what would its mass be? Next consider a litre of water. It will not have the same mass as the air.
A = W x L Width = 300 divided by L (or W = 300/L)
300 Cubits was the Length of the Ark
The estimated mass of 300 ml is about 300 grams. This can change based on the temperature and the density of the sample.
0.3 L
300 kiloliters (kl) is greater than 30,000 liters (L). Since 1 kiloliter is equal to 1,000 liters, 300 kl is equivalent to 300,000 liters. Therefore, 300 kl (300,000 L) is significantly greater than 30,000 L.
No, litres is a unit of volume and kilograms is a unit of mass. These are not comparable unless you know the density of the material you are measuring. Water has an approximate density of 1 kg/L, so 300 L of water is approximately 300 kg.
300 mL is 0.3 L
A = W x L Width = 300 divided by L (or W = 300/L)
To prepare a 0.529 M MgSO4 solution, you first need to calculate the moles of MgSO4 required for 300 mL (0.300 L) of solution: Moles of MgSO4 = Molarity × Volume = 0.529 mol/L × 0.300 L = 0.1587 mol. Next, since MgSO4·7H2O is the hydrated form, its molar mass is approximately 246.47 g/mol. Therefore, the mass needed is: Mass = Moles × Molar Mass = 0.1587 mol × 246.47 g/mol ≈ 39.06 g of MgSO4·7H2O.
300 kilograms
300 Cubits was the Length of the Ark
The estimated mass of 300 ml is about 300 grams. This can change based on the temperature and the density of the sample.
Yes. 300 mL is less than 2 L2 L = 2000 mL > 300 mL
3000kg. kilograms is a measurement for mass.
the mass of a red giant is 300 asses
Area = Length * Width 300 sq ft = L ft * W ft So W = 300/L ft
Mass is the amount of matter. The mass is 300 atoms; Density is how closely the mass is packed together. Are the 300 atoms on a pin-head or in a football stadium.