A large proportion of oxygen is left unused the human blood even after – InterviewSolution

InterviewSolution

1.	A large proportion of oxygen is left unused the human blood even after its uptake by the body tissue. This `O_(2)`A. Is enough to keep oxyhaemoglobin saturation at 96%B. Helps in releasing more oxygen to epithelial tissuesC. Acts as a reserve during muscular exerciseD. Raise `pCO_(2)` of blood to 75 mm Hg
Answer» Correct Answer - C Â A large proportion of oxygen is leit unused in the human blood even aRer uptake by the body tissue. This oxygen acts as a reserve during muscular exercise.Â

Discussion

No Comment Found

Related InterviewSolutions

The respiratory substrate yielding maximum number of ATP molecules among the following isA. GlycogenB. AmylaseC. Ketogenic amino acidD. Glucose
In the process of transport of `CO_(2)`, which phenomenon occurs between RBCs and plasma ?A. OsmosisB. AdsorptionC. Chloride shiftD. Absorption
the enzyme essential for the transport for the transport of `CO_(2)` as dicarbonate in blood isA. CarboxypeptidaseB. SuccinicdehydrogenaseC. Carbonic anhydraseD. Thrombokinase
For proper transport of `O_(2)` and `CO_(2)` blood should beA. slightly acidicB. strongly , acidicC. strongly alkalineD. slightly alkaline
the enzyme essential for the transport for the transport of `CO_(2)` as dicarbonate in blood isA. CarboxypeptidaseB. Succininc dehydrogensaseC. Carbonic anhydraseD. Thombokinase
How the transport of `O_(2)` and `CO_(2)` by blood happens?A. With the help of WBCs and blood serumB. With the help of platelets and corpusclesC. With the help of RBCs and blood plasmaD. With the help of RBCs and WBCs
In the process of transport of `CO_(2)`, which phenomenon occurs between RBCs and plasma ?A. osmosisB. adsorptionC. absorptionD. chloride shift
In a normal man to help the transport of `O_(2) " and " CO_(2)` properly, the blood isA. Slightly alkalineB. Slightly acidicC. Strongly alkalineD. Strongly acidic
How is respiration regulated?
What are the major transport mechanisms for `CO_(2)`? Explain.