Q: What is the mass of 1 ml of water at 4 degrees celsius?

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depends what it is a ml of? ml of water is not as dense as ml of mercury for example

A milliliter of water, by definition, weighs one milligram. That is its mass. When 150 mL of water freezes, the volume of the water will change, but the mass will remain the same. So 150 mL of water will weight 150 mg, no matter what state of matter it's in.

Water has a density of about 1 (or 1000, depending on the units used...) meaning that every ml of water has a mass very close to 1 gram.

For fresh water at room temperature, it is 25 grams

That depends what substance is in the 500 ml volume, and how much mass is in each ml of that substance. If the 500 ml are full of stones or lead, they contain many many mg of mass. If the 500 ml are full of water, they contain roughly 5,000 mg of mass. If the 500 ml are full of air, they contain far fewer mg of mass. If the 500 ml are empty, they contain no mg of mass at all.

Related questions

The density of water at 4 degrees Celsius is approximately 1.00 g/ml. Therefore, the mass of 29.35 ml of water at 4 degrees Celsius would be 29.35 grams.

0.9922187 g/mL @40C0.9194000 g/mL @-20C

Ice VolumeThe density of ice is 0.9167 g/mL; the given mass is 1.000gVolume = mass/density= 1.000 g/0.9167 g/mL= 0.9167 mLWater VolumeThe density of water is 0.9998 g/mL; the given mass is 1.000gVolume = mass/density= 1.000 g/0.9998 g/mL= 0.9998 mLThe volume of ice is 0.9167ml and the volume of water is 0.9998 mL

The solubility of caffeine in water at 25 degrees Celsius is approximately 20 mg/mL.

The final temperature will be 20 degrees Celsius, as the two volumes of water are at the same temperature. The total volume of water will be 400 ml.

The boiling point of one milliliter (ml) of water is the same as that of a larger quantity of water, which is 100 degrees Celsius (212 degrees Fahrenheit) at sea level.

To calculate the volume of water delivered by the pipette, you need to convert the mass of water to moles using its molar mass (18 g/mol). Then, you can use the density of water (1 g/mL) at 20 degrees Celsius to convert moles to volume. The volume delivered by the pipette would be approximately 9.98 mL.

0.9837132 g/mL @59C

0.9998911 g/mL @0.8C

0.9998683 g/mL @0.4C

0.9822141 g/mL @61.9C

The density of water at 19 degrees Celsius is approximately 998.2 kg/m^3.