Theoretical Density of water?

Answer 1

Depends on the temperature.... Normally 1 gram per cubic centimeter

Answer 2

The "theoretical density of water" (for a certain temperature) is just the value you find in a reference book like the CRC handbook of physics.

If you do an experiment to measure the density of water at a certain temperature you will then compare the "experimental density of water" you found with the book value ("the theoretical").

That is all.

Answer 3

The density of water by definition is 1. All other densities are expressed in terms of their deviation from this defined standard. A density of 2 means 2x the density of water.

Answer 4

Remember that D= mass/volume

Since 1 g of water = 1 cm^3, the density of water is 1.

Answer 5

you may calculate the theoretical density for crystals with the aid of including up the atomic mass contributions of the atoms in the crystal lattice cellular (field concentrated cubic, face concentrated cubic, hexagonal close packed etc) and dividing with the aid of the cellular quantity. those in the corners will make a a million/8th contribution, ones on the face will make a a million/2 contribution (for cubic cells). the easily density would be much less through imperfections in the crystal lattice - dislocations, inclusions, occlusions, that style of stuff. for the comparable reason, metals are by no potential as sturdy as their theoretical power through fact of crystalline imperfections - except its a tiny whisker of a "ideal" steel crystal (utilized in some composites).

Answer 6

1 gram per centimeter cubed
1 gram per milliliter
1000 kilograms per meter cubed

You get the idea. This is the maximum density of water and occurs at 4 degrees Celsius.

Answer 7

1 g/ml