Which of the following equations is correct?

Question

Which of the following equations is correct? (A) KHbO 2+ H + underset RBC leftharpoons Hb + K + H 2 O (B) Hb + O 2 underset text Dissociation in lungs stackrel text Association in tissues leftharpoons HbO 2 (C) Na ++ HCO 3- leftharpoons NaHCO 3 (D) HbO 2 underset text Association in lungs stackrel text Dissociation in tissues leftharpoons Hb + O 2

Tardigrade Admin · Accepted Answer

Option (d) with equation is correct as Oxyhaemoglobin ( HbO 2) dissociates in the tissue to provide oxygen in the tissues. And HbO 2 formation or association occurs in lungs (alveoli) when oxygen is inspired through breathing.

Q. Which of the following equations is correct?

$KH b O_{2} + H^{+} RBC ⇌ H b + K + H_{2} O$

$H b + O_{2} Dissociation in lungs ⇌ Association in tissues H b O_{2}$

$N a^{+} + H C O_{3}^{-} ⇌ N a H C O_{3}$

$H b O_{2} Association in lungs ⇌ Dissociation in tissues H b + O_{2}$

Option (d) with equation is correct as Oxyhaemoglobin $(H b O_{2})$ dissociates in the tissue to provide oxygen in the tissues. And $H b O_{2}$ formation or association occurs in lungs (alveoli) when oxygen is inspired through breathing.

Q. Which of the following equations is correct?

KHbO2​+H+RBC⇌​Hb+K+H2​O

Hb+O2​ Dissociation in lungs ⇌ Association in tissues ​​HbO2​

Na++HCO3−​⇌NaHCO3​

HbO2​ Association in lungs ⇌ Dissociation in tissues ​​Hb+O2​

Option (d) with equation is correct as Oxyhaemoglobin (HbO2​) dissociates in the tissue to provide oxygen in the tissues. And HbO2​ formation or association occurs in lungs (alveoli) when oxygen is inspired through breathing.

$KH b O_{2} + H^{+} RBC ⇌ H b + K + H_{2} O$

$H b + O_{2} Dissociation in lungs ⇌ Association in tissues H b O_{2}$

$N a^{+} + H C O_{3}^{-} ⇌ N a H C O_{3}$

$H b O_{2} Association in lungs ⇌ Dissociation in tissues H b + O_{2}$

Option (d) with equation is correct as Oxyhaemoglobin $(H b O_{2})$ dissociates in the tissue to provide oxygen in the tissues. And $H b O_{2}$ formation or association occurs in lungs (alveoli) when oxygen is inspired through breathing.