Which of the following equations is correct regarding the transport of oxygen?

  • A
    $KHbO_{2} + H^{+} \underset{RBC}{\rightleftharpoons} Hb + K^{+} + H_{2}O$
  • B
    $Hb + O_{2} \underset{\text{Dissociation in tissues}}{\stackrel{\text{Association in lungs}}{\rightleftharpoons}} HbO_{2}$
  • C
    $Na^{+} + HCO_{3}^{-} \rightleftharpoons NaHCO_{3}$ (inside erythrocyte)
  • D
    $HbO_{2} \underset{\text{Association in lungs}}{\stackrel{\text{Dissociation in tissues}}{\rightleftharpoons}} Hb + O_{2}$

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Similar Questions

Identify the given curve.

$100 \ ml$ of oxygenated blood contains:

Approximately how many $mL$ of $CO_2$ is delivered to the alveoli by every $100$ $mL$ of deoxygenated blood?

$A$: Human blood always contains a higher amount of $CO_2$ than $O_2$.
$R$: The solubility coefficient of $CO_2$ is higher than that of $O_2$.

Describe: Transport of $CO_{2}$.

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