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Select the correct sequence of events th...

Select the correct sequence of events that occur during the delivery of `O_(2)` from blood to tissue
P : Absoption of `CO_(2)` by the blood
Q : Reaction of absorbed `CO_(2)` with `H_(2)O` to form `H_(2)CO_(ul(3))` within RBC and its conversion into `H^(+)` and `HCO_(3)` ions
R : Reaction of absorbed `CO_(2)` with `H_(2)O` in plasma to form `H_(2)CO_(3)` and its conversion into `H^(+)` and `HCO_(3)^(-)` ions.
S : Combination of `H^(+)` with heme portion of `HbO_(2)` to release `O_(2)`
T : Combination of `HCO_(3)^(-)` with heme portion of `HbO_(2)`
to form reduced haemoglobin and release of `O_(2)`

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Choose the right sequential phenomena among following during the delivery of O_(2) from blood to tissue P. Absorption of CO_(2) by the blood Q. Reaction of absorbed CO_(2) " with " H_(2)O to from H_(2)CO_(3) within RBC and its conversion into H^(+) and HCO_(3)^(-) ions R. Reaction of absorbed CO_(2) " with " H_(2)O in plasma to form H_(2)CO_(3) and its conversion into H^(+) " and " HCO_(3)^(-) S. Combination of H^(+) with haem portion of HbO_(2) to release O_(2) T. Comnbination of HCO_(3)^(-) with haem portion HbO_(2) to form reduced haemoglobin and release of O_(2)

Choose the right sequential phenomena among following during the delivery of O_(2) from blood to tissue P. Absorption of CO_(2) by the blood Q. Reaction of absorbed CO_(2) " with " H_(2)O to from H_(2)O_(3) within RBC and its conversion into H^(+) and HCO_(3)^(-) ions R. Reaction of absorbed CO_(2) " with " H_(2)O in plasma to form H_(2)CO_(3) and its conversion into H^(+) " and " HCO_(3)^(-) S. Combination of H^(+) with haem portion of HbO_(2) to release O_(2) T. Comnbination of HCO_(3)^(-) with haem portion HbO_(2) to form reduced haemoglobin and release of O_(2)

Choose the right sequential phenomena among following during the delivery of O_(2) from blood to tissue P. Absorption of CO_(2) by the blood Q. Reaction of absorbed CO_(2) " with " H_(2)O to from H_(2)O_(3) within RBC and its conversion into H^(+) and HCO_(3)^(-) ions R. Reaction of absorbed CO_(2) " with " H_(2)O in plasma to form H_(2)CO_(3) and its conversion into H^(+) " and " HCO_(3)^(-) S. Combination of H^(+) with haem portion of HbO_(2) to release O_(2) T. Comnbination of HCO_(3)^(-) with haem portion HbO_(2) to form reduced haemoglobin and release of O_(2)

Choose the right sequential phenomena among following during the delivery of O_(2) from blood to tissue P. Absorption of CO_(2) by the blood Q. Reaction of absorbed CO_(2) " with " H_(2)O to from H_(2)O_(3) within RBC and its conversion into H^(+) and HCO_(3)^(-) ions R. Reaction of absorbed CO_(2) " with " H_(2)O in plasma to form H_(2)CO_(3) and its conversion into H^(+) " and " HCO_(3)^(-) S. Combination of H^(+) with haem portion of HbO_(2) to release O_(2) T. Combination of HCO_(3)^(-) with heme portion HbO_(2) to form reduced haemoglobin and release of O_(2)

The following reaction is catalysed by CO_(2)+H_(2)O to H_(2)CO_(3)

underline(C)O_(2)+H_(2)O to H_(2)CO_(3)

underline(C)O_(2)+H_(2)O to H_(2)CO_(3)

BaCO_(3)darr+CO_(2)+H_(2)O to Ba(HCO_(3))_(2)