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The answers are low concentrated (dilute) and high concentrated respectively.
As the low concentrated salt solution has a higher water potential than that of the high concentrated salt solution, water molecules will flow from the region of higher water potential to the region of lower water potential, thus from the dilute salt solution to the high concentrated salt solution. This is due to the movement called osmosis. Note that osmosis also requires water to flow through a differentially permeable membrane, which means the membrane can allow certain substances (not all) to go in or out. If the differentially permeable membrane is not present, the movement of water molecules may be regarded as diffusion.
Therefore, the answers for the blanks are low concentrated and high concentrated.
Its doesn't dissolve in water!
Explanation:
Boiling point is defined as the temperature at which vapor pressure of liquid becomes equal to the atmospheric pressure.
When high temperature is provided to a liquid then forces of attraction between the molecules decreases and kinetic energy of its molecules increases. As a result, collision between the particles increases.
Also, it is known that kinetic energy is directly proportional to temperature. Therefore, when temperature increase kinetic energy also increases.
Hence, we can conclude that statements correctly describing water boiling in a pot are as follows.
- The water’s internal kinetic energy is increasing.
- The water’s temperature is increasing.
- Individual water molecules are escaping.
Covalent compounds don’t always have a bond dipole