Water can be made to boil at `0^(@)C`. If the pressure of the surroundings is

Complete the following sentences : Water can be made to boil at 115^@ C by …................... pressure over its surface.

Water boils at 120^@ C in a pressure cooker. Explain the reason.

A closed steel cylinder is completely filled with water at 0^(@)C . The water is made to freeze at 0^(@)C . Calculate the rise in pressure on the cylinder wall. It is known that density of water at 0^(@)C is 1000 kg//m^(3) and the density of ice at 0^(@)C is 910 kg//m^(3) . Bulk modulus of ice at 0^(@)C is nearly 9 xx 10^(9) Pa . [Compare this pressure to the atmospheric pressure. Now you can easily understand why water pipelines burst in cold regions as the winter sets in.]

How water can be made boiling without heating?

Assertion : Water can be made to boil without heating. Reason : Boiling point is lowered by increasing pressure.

The boiling point of water in pressure cooker is

Can water in a beaker be made to boil by placing it in a bath of water boiling at 100^@C ?

Can water be made to boil without heating?

Water will boil at 101.5^(@)C at which of the following pressure:

When water is heated in a closed system, the vapor pressure increase slowly at first and then more rapidly. As the water reaches the boiling point of 100^(@) C, the vapor pressure reaches 1 atm, known as 1 standard atmosphere. Which of the following models best describes the increase in vapor pressure as water is heated to its boiling point?