density is mass over volume. if the mass increases then the volume increases proportionately.
The density of water remains the same, no matter how much of it there is. The density of water OS 1 gram per centimeter cubed.
1 cup = 8 ounces 1 ounce = 0.12 cup
1 8 fluid ounce cup = 236.588237 ml. The density of water is nearly 1 gram/ml. So 1 cup of water has a mass of 236.588237 grams. Note that the mass unit of ounce (16 ounces in a pound) is not the same as the fluid ounce (volume unit).
No. There are two main differences (and most others follow on from them): the temperature is lower so the frozen water is solid rather than liquid and the density has decreased (the same volume of water will have expanded).
No, it does not depend upon density, it is due to liquid nature of water which has a tendency to flow due to gravitational force.
Density is weight by unit of volume, its only dependent on the liquid, not how much of it there is. If you fill the cup from the lake both the water in the cup and the water in the lake will have the same density. But if the water in the cup is from the ocean, and the lake is a freshwater lake, then the water in the cup will have a higher density.
The density of water remains the same, no matter how much of it there is. The density of water OS 1 gram per centimeter cubed.
Sourcream is about same density as water. So 1 cup is about 230 gm.
1 cup = 8 ounces 1 ounce = 0.12 cup
236.588 grams
Mass of ice less than that of water.Weight (other than in space) of ice less than that of water. Volume of both the same. Density of ice less than that of water.
pool
1 8 fluid ounce cup = 236.588237 ml. The density of water is nearly 1 gram/ml. So 1 cup of water has a mass of 236.588237 grams. Note that the mass unit of ounce (16 ounces in a pound) is not the same as the fluid ounce (volume unit).
No, 40 = 40... The fully filled up swimming pool though will contain more heat (unit: Joule) than a cup of tea of the same temperature.
Quite a bit, or not much, depending on the substances and on how long you are willing to wait. If you pour oil and water together, you would have a rapid separation of the oil and water, with the oil on top. If you place a sheet of lead on top of a sheet of aluminum foil, the aluminum might end up on top, but not before lunch.
assuming roughly the same density as water, 2/3 of a cup should be very close
No. There are two main differences (and most others follow on from them): the temperature is lower so the frozen water is solid rather than liquid and the density has decreased (the same volume of water will have expanded).