Column I (Respiratory capacity) Column II (Description) A Inspiratory Capacity (IC) 1 Total air, a person can inspire after normal expiration. B Expiratory Capacity (EC) 2 Maximal volume of the air, a person can breathe in after a forced expiration. C Functional Residual Capacity (FRC) 3 Volume of the air that will remain in lungs after a normal expiration. D Vital Capacity (VC) 4 Total volume of air, a person can expire after a normal inspiration.

Question

Column I (Respiratory capacity) Column II (Description) A Inspiratory Capacity (IC) 1 Total air, a person can inspire after normal expiration. B Expiratory Capacity (EC) 2 Maximal volume of the air, a person can breathe in after a forced expiration. C Functional Residual Capacity (FRC) 3 Volume of the air that will remain in lungs after a normal expiration. D Vital Capacity (VC) 4 Total volume of air, a person can expire after a normal inspiration. (A) A-(1) B-(2) C-(3) D-(4) (B) A-(1) B-(4) C-(3) D-(2) (C) A-(1) B-(4) C-(2) D-(3) (D) A-(4) B-(1) C-(3) D-(2)

Tardigrade Admin · Accepted Answer

Correct answer is (b) A-(1) B-(4) C-(3) D-(2)

Column I (Respiratory capacity)		Column II (Description)
A	Inspiratory Capacity (IC)	1	Total air, a person can inspire after normal expiration.
B	Expiratory Capacity (EC)	2	Maximal volume of the air, a person can breathe in after a forced expiration.
C	Functional Residual Capacity (FRC)	3	Volume of the air that will remain in lungs after a normal expiration.
D	Vital Capacity (VC)	4	Total volume of air, a person can expire after a normal inspiration.