The circulation of blood in human body supplies O_(2) and releases CO_(2) the concentration of O_(2) and CO_(2) is variable but on an average, 100 ml blood contains 0.02 g of O_(2) and 0.08 g of CO_(2). The volume of O_(2) and CO_(2) at 1 atm and at body temperature 37^(@)C, assuming 10 It blood in human body, is

The circulation of blood in human body supplies O_(2) and releases CO_

1.	The circulation of blood in human body supplies O_(2) and releases CO_(2) the concentration of O_(2) and CO_(2) is variable but on an average, 100 ml blood contains 0.02 g of O_(2) and 0.08 g of CO_(2). The volume of O_(2) and CO_(2) at 1 atm and at body temperature 37^(@)C, assuming 10 It blood in human body, is
Answer» 2 It, 4It 1.5 It, 4.5 It 1.59 It, 4.62 It 3.82 It, 4.62 It Solution :`because 100 ML` BLOOD has `0.02 g P_(2) and 0.08 g CO_(2)` `therefore 10,000 ml` blood has `2g O_(2) and 8 g CO_(2)` Using PV=nRT For `O_(2), 1xxV_(o_(2))=(2)/(32) xx 0.0821xx310 rArr V_(o_(2))=1.59` litre For `CO_(2), 1xx V_(co_(2))=(8)/(44) xx0.0821xx310 rArr V_(Co_(2))=4.62` litre Hence, (C) is the CORRECT answer.