Wiki User
β 16y agodensity is mass over volume. if the mass increases then the volume increases proportionately.
Wiki User
β 16y agoThe density of water remains constant regardless of the volume or shape of the container it is in. This is because the mass of water and its volume stay the same, resulting in the same density for both a pool and a cup of water.
The density of water is approximately 1 gram per milliliter. Since there are about 236.6 milliliters in a cup, 1 cup of water has a density of about 236.6 grams.
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).
The density of glass is generally higher than that of plastic, so a glass cup would be heavier than a plastic cup of the same volume. This is due to the difference in the composition and molecular structure of glass and plastic materials.
The cup leaks because the cut at the bottom creates an opening for the water to flow out due to gravity. The weight of the water pushes it down and out of the cup through the cut.
A lake full of water has a greater density than a cup full of water because the density of water remains constant regardless of the volume it occupies. Therefore, the total amount of water in the lake results in a higher density compared to the cup.
The density of water is approximately 1 gram per milliliter. Since there are about 236.6 milliliters in a cup, 1 cup of water has a density of about 236.6 grams.
While both the swimming pool and the cup of water are at the same temperature of 40 degrees, the swimming pool contains a much larger volume of water compared to the cup. Therefore, the swimming pool has more thermal energy stored in it despite being at the same temperature.
A cup of water and a cup of ice would have the same volume and mass because they fill the cup to the same level. However, the cup of ice would have a lower density than the cup of water because ice is less dense than liquid water due to its expanded crystal structure.
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
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).
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.
The mass of a volume of a material depends on its density. A cup of water is likely to have less mass than a cup of sand, because the density of rock is generally much greater than water, and sand is fine particles of rock.Sand can be packed into a cup at different densities, but even if only lightly poured into the cup, the air between the sand particles will not be sufficient to make the density lighter than that of water, as most rock is at least twice as dense as water.Some rocks are apparently less dense than water: they even float! But, this is because they have trapped air bubbles in them which lighten them, and once ground into sand, they will be much denser as the air is no longer trapped within the rock.Some examples of densities are:water 1 g/cm3granite 2.7 g/cm3sandstone 2.3 g/cm3
assuming roughly the same density as water, 2/3 of a cup should be very close