A graph showing variation of osmotic pressure (.π .) versus molar concentration 'C' of an aqueous solution at temperature T is given below The slope of the line represents

Question

A graph showing variation of osmotic pressure (.π .) versus molar concentration 'C' of an aqueous solution at temperature T is given below <img class="img-fluid question-image" alt="Question" src="https://cdn.tardigrade.in/q/nta/c-0vxtkoydqkkfgh4c.jpg" /> The slope of the line represents (A) solution constant R (B) absolute temperature T (C) RT (D) degree of ionization of solute

Tardigrade Admin · Accepted Answer

Here the slope of the line represents RT. As π =CRT Using y = mx + C Slope = RT.

Q. A graph showing variation of osmotic pressure $(π)$ versus molar concentration 'C' of an aqueous solution at temperature T is given below

The slope of the line represents

solution constant R

absolute temperature T

RT

degree of ionization of solute

Here the slope of the line represents RT.
As $π = CRT$
Using y = mx + C
Slope = RT.

Q. A graph showing variation of osmotic pressure (π) versus molar concentration 'C' of an aqueous solution at temperature T is given below The slope of the line represents

solution constant R

absolute temperature T

RT

degree of ionization of solute

Here the slope of the line represents RT. As π=CRT Using y = mx + C Slope = RT.

Q. A graph showing variation of osmotic pressure $(π)$ versus molar concentration 'C' of an aqueous solution at temperature T is given below

The slope of the line represents

Here the slope of the line represents RT.
As $π = CRT$
Using y = mx + C
Slope = RT.