$A$ healthy individual has $A$ grams of haemoglobin in every $B$ mL of blood. These molecules play a significant role in the transport of $C$ gases.
Choose the correct option for $A$, $B$, and $C$.
Choose the correct option for $A$, $B$, and $C$.
- A$A- 12-16, B- 100, C- \text{respiratory}$
- B$A- 6-8, B- 100, C- \text{respiratory}$
- C$A- 7-10, B- 1000, C- \text{respiratory}$
- D$A- 16-20, B- 1000, C- \text{respiratory}$
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Similar Questions
When a man inhales air containing a normal concentration of ${O_2}$ as well as $CO$,he suffers from suffocation because:
MediumAIIMS 1993
View Solution$I.$ Increased partial pressure of $O_{2}$
$II.$ Increased partial pressure of $CO_{2}$
$III.$ Increased partial pressure of $H^{+}$
$IV.$ Decreased partial pressure of $O_{2}$
All the above situations favour the dissociation of oxyhaemoglobin except:
$II.$ Increased partial pressure of $CO_{2}$
$III.$ Increased partial pressure of $H^{+}$
$IV.$ Decreased partial pressure of $O_{2}$
All the above situations favour the dissociation of oxyhaemoglobin except:
Medium
View SolutionThe dissociation curve of haemoglobin is:
Easy
View SolutionExplain the oxygen dissociation curve. Explain the factors required for the transport of $O_2$ by it.
Medium
View SolutionWhat are the major transport mechanisms for $CO_{2}$? Explain.
Difficult
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