Respiratory Quotient (RQ) is denned as

Question

Respiratory Quotient (RQ) is denned as (A) volume of O2/ volume of CO2  (B) volume of CO2/ volume of O2  (C) volume of O2/ volume of N2  (D) volume of N2/ volume of CO2

Tardigrade Admin · Accepted Answer

Respiratory Quotient is defined as the ratio of volume of carbondioxide evolved, to the volume of oxygen consumed per unit time per unit weight. RQ =( text Volume of CO 2 text evolved / text Volume of O 2 text absorbed ) The RQ depends upon the nature of the substrate, which is oxidized in respiration. <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/586cc5ad44954eee1db8e1f83d01dc3f-.png" />

Q. Respiratory Quotient (RQ) is denned as

volume of $O_{2} /$ volume of $C O_{2}$

volume of $C O_{2} /$ volume of $O_{2}$

volume of $O_{2} /$ volume of $N_{2}$

volume of $N_{2} /$ volume of $C O_{2}$

Respiratory Quotient is defined as the ratio of volume of carbondioxide evolved, to the volume of oxygen consumed per unit time per unit weight.
$RQ = \frac{Volume of C O _{2} evolved}{Volume of O _{2} absorbed}$
The RQ depends upon the nature of the substrate, which is oxidized in respiration.

Q. Respiratory Quotient (RQ) is denned as

volume of O2​/ volume of CO2​

volume of CO2​/ volume of O2​

volume of O2​/ volume of N2​

volume of N2​/ volume of CO2​

Respiratory Quotient is defined as the ratio of volume of carbondioxide evolved, to the volume of oxygen consumed per unit time per unit weight. RQ= Volume of O2​ absorbed Volume of CO2​ evolved ​ The RQ depends upon the nature of the substrate, which is oxidized in respiration.

volume of $O_{2} /$ volume of $C O_{2}$

volume of $C O_{2} /$ volume of $O_{2}$

volume of $O_{2} /$ volume of $N_{2}$

volume of $N_{2} /$ volume of $C O_{2}$

Respiratory Quotient is defined as the ratio of volume of carbondioxide evolved, to the volume of oxygen consumed per unit time per unit weight.
$RQ = \frac{Volume of C O _{2} evolved}{Volume of O _{2} absorbed}$
The RQ depends upon the nature of the substrate, which is oxidized in respiration.