Find the value of RQ when fats (E.g. Tripalmitin) are used in respiration.

Find the value of 'g'.

Find the value of [ - e ] is

Find the value of e^x + e^(-x)

Assertion : When carbohydrates are used as substrate and are completely oxidised, the RQ is equal to 1. Reason : When proteins are used in respiration, the RQ is greater than 1.

Find the value of RQ when respectively carbohydrates and proteins are used in respiration.

Make corrections wherever you find mistake in spellings/words in the following paragraphs :- A. When fats are used in respiration, the RQ is more than unity because fats contain more O_(2) and require relatively less amount of O_(2) for oxidation. B. The most important energy carrier is ATP. This energy rich compound is mobile and can pass from one cell into another. C. Before pyruvic acid enters Krebs cycle, one of the two carbon atoms of pyruvic acid is reduced to carbon dioxide in the reaction called reductive carboxylation. The remaining two carbon pyruvate unit is accepted by coenzyme A to form acetyl coenzyme A.

When tripalmitin is used as a subtrate in respiration the RQ is

The value of RQ when the respiratory substance is poor in oxygen is

Assertion (A). RQ value for fats is less than one. Reason (R). The amount of CO_(2) released is less than O_(2) consumed when fats are used in respiration