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The difference in solubility is not significant.
Fresh water (of the same temperature) has the lower density ('lighter').
temperature, current, and turbidity A+temperature, current, and turbidity
Volume increases, and there is a change of phase from liquid to solid.
It brings fresh water into the water bodies. It changes weather conditions.
The average Temperature of a river depends on the air temperature, and on recent changes in temperature. Generally, Fresh water bodies have a temperature of 10-20 degrees lower than the average air temperature over the previous 24-36 hours.
The difference in solubility is not significant.
In presence of salt the crystals grow faster because the solubility of salt decreases the solubility of any other compound in water.
because the refrigerator keeps it fresh and at one temperature. the counter changes temperature. Acetylene gas in the confinement of refrigerator hastens the browning process in banana.
At the same temperature fresh water evaporates faster.
Fresh water (of the same temperature) has the lower density ('lighter').
78 degrees
Many variables affect the freezing of " fresh water ". It depends on the surface temperature of " fresh water ", whether still or moving, and the rate of the air temperature dropping below freezing.
supplying fresh air at required temperature space that is tfa
temperature, current, and turbidity A+temperature, current, and turbidity
Any amount of salt added to fresh water will increase its density as it dissolves. However, this difference will be negligible for very small amounts of salt. Seawater density is typically around 1.025 g/ml, indicating 2.5g of salts dissolved in 1kg of water. A saturated solution of Sodium Chloride in water contains approximately 360g of salt per kilogram of water, giving a density of 1.360g/ml. Solubility and density are both affected by temperature and pressure, so these figures are guidelines only.
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