Question

HEYA~
.


.
SOLVE THE QUESTION~​

Answer 1

$\huge{\boxed{\mathcal\pink{\fcolorbox{red}{white}{Answer}}}}$

(i) Henry's Law:

At a constant temperature the partial vapour pressure of a liquid is directly proportional to the gas dissolved in it.

${\bold{\large{\green{\boxed{H =k. p}}}}}$

where k is called Henry's law constant.

(ii) Boiling point elevation is constant for a solvant.

ebullioscopic constant. (physical chemistry) The ratio of the elevation of the boiling point of a solvent caused by dissolving a solute to the molality of the solution, taken at extremely low concentrations.

Also known as molal elevation of the boiling point.

hope it help❣

Answer 2

Explanation:

(i) Henry's Law:

At a constant temperature the partial vapour pressure of a liquid is directly proportional to the gas dissolved in it.

{\bold{\large{\green{\boxed{H =k. p}}}}}

H=k.p

where k is called Henry's law constant.

(ii) Boiling point elevation is constant for a solvant.

ebullioscopic constant. (physical chemistry) The ratio of the elevation of the boiling point of a solvent caused by dissolving a solute to the molality of the solution, taken at extremely low concentrations.

Also known as molal elevation of the boiling point.

hope its help you