The density of water is greatest at about four degrees C (39.2° F or 277degrees Kelvin) which is a density of 1.000 kg per liter (62.4 pounds per cubic foot). Liquids expand slightly as their temperature is raised, but liquid water is denser than solid water (ice). That is why ice floats: it is less dense than liquid water. That is due to the crystal structure of ice. When water freezes, its volume increases about nine percent.
277 K.
Density rho = mass m / Volume V.
Water has a density of 1,000 kg/m3 = 1,000 g/L = 1.000 kg/dm3 = 1.000 kg/L = 1.000 g/cm3 = 1.000 g/mL at the temperature of 3.98 degrees Celsius.
Temperature in degrees Celsius
and the density of water:
1 ................. 999,90
2 ................. 999,94
3 ................. 999,96
4 ................. 999,97
5 ................. 999,96
6 ................. 999,94
7 ................. 999,90
The highest density is only at around 4 degreesCelsius.
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Allow me to answer:
FOR PENN FOSTER USERS
it is 277 K
4 degrees Celsius
In this order: Time, Flow, Temperature.
Density: Mass/volume , so it is obious that density will changed with increase in temperature as volume is proportionaly changes with temperature so density will be decreases with increase in temperature. From this stand point we can say hot water has lower density then the water which is kept in room temperature. In 4'C water has higher density than other temperatures.
Pure water achieves maximum density at 3.98 °C.
Density is calculated from the temperature and salinity of the water.
In the liquid phase, it is 4o C. seeing how water only expands as it becomes ice, i think 0 degrees celcius is the densest
The maximum density of water occurs at a temperature of 4°C
At 4oC is the greatest density of water: 0.999 kg/L
Density of a liquid is indirectly proportional to the temperature. When the temperature raises, the density of the liquid decreases. Therefor the temperature has an effect on water density.
Water is most dense at 4oC. At this temperature it has a density of 1000 kg/m3
Steel has the greatest density of the three.
In this order: Time, Flow, Temperature.
The density of water increase from 100 oC to 4 oC (here is a maximum); after this temperature the density decrease.
A density greater than that of water (which varies with temperature).
Density usually, though not always, decreases with an increase in temperature because as the substance heats up, the atoms gain more kinetic energy. The more energetic atoms can be thought of as bumping into one another more, causing the substance to expand. This expansion is especially apparent in gases, as the atoms in a gas have the greatest freedom of movement.One example of density increasing with an increase in temperature involves water, H2O. Water has the greatest density at 4oC, and thus raising the temperature of liquid water from 0oC to 4oC actually causes a small increase in density. This phenomenon results from the very open structure of maximally hydrogen-bonded water molecules.
Density: Mass/volume , so it is obious that density will changed with increase in temperature as volume is proportionaly changes with temperature so density will be decreases with increase in temperature. From this stand point we can say hot water has lower density then the water which is kept in room temperature. In 4'C water has higher density than other temperatures.
The sample of sea water with the most salt and the coldest temperature will have the greatest density.The more salt a sample has in it, the more dense it will be. Also, colder samples will be more dense than warmer samples. By thinking this through, it will be possible to see that this is true. Note that these ideas apply to standard pressure. It is possible to increase the density of sea water by increasing the pressure on it, but not by very much as it is largely incompressible.
The half dollar has the greatest density because it will sink, the water has more density than the pencil because the pencil will float.