Isotherms of carbon dioxide at various temperatures are represented in

1.	Isotherms of carbon dioxide at various temperatures are represented in figure. Answer the following based on this figure. (i) In which state will CO2 exist between the points a and b at temperature T1 ? (ii) At what point will CO2 start liquefying when temperature is T1? (iii) At what point will CO2 be completely liquefied when temperature is (T_2\) (iv) Will condensation take place when the temperature is T3? (v) What portion of the isotherm at T1 represent liquid and gaseous CO2 at equilibrium?
Answer» Isotherms of carbon dioxide at various temperatures are represented in figure. Answer the following based on this figure. (i) In which state will $C O_{2}$ exist between the points a and b at temperature $T_{1}$ ? (ii) At what point will $C O_{2}$ start liquefying when temperature is $T_{1}$ ? (iii) At what point will $C O_{2}$ be completely liquefied when temperature is (T_2\) (iv) Will condensation take place when the temperature is $T_{3}$ ? (v) What portion of the isotherm at $T_{1}$ represent liquid and gaseous $C O_{2}$ at equilibrium?

Isotherms of carbon dioxide at various temperatures are represented in figure. Answer the following based on this figure. (i) In which state will CO2 exist between the points a and b at temperature T1 ? (ii) At what point will CO2 start liquefying when temperature is T1? (iii) At what point will CO2 be completely liquefied when temperature is (T_2\) (iv) Will condensation take place when the temperature is T3? (v) What portion of the isotherm at T1 represent liquid and gaseous CO2 at equilibrium?

Answer»

Isotherms of carbon dioxide at various temperatures are represented in figure. Answer the following based on this figure.

(i) In which state will $C O_{2}$ exist between the points a and b at temperature $T_{1}$ ?

(ii) At what point will $C O_{2}$ start liquefying when temperature is $T_{1}$ ?

(iii) At what point will $C O_{2}$ be completely liquefied when temperature is (T_2\)

(iv) Will condensation take place when the temperature is $T_{3}$ ?

(v) What portion of the isotherm at $T_{1}$ represent liquid and gaseous $C O_{2}$ at equilibrium?