ML.OXYGEN is carried in the blood either in dissolved FORM or in association with haemoglobin.To calculate the concentration of oxygen transported in the blood, one needs to understand the amount of oxygen carried by each gram of haemoglobin.In a saturated condition, one gram of haemoglobin carries 1.34 ml of oxygen.Normally 100 ml of blood has around 15 gm of haemoglobin in it.Thus, the amount of oxygen carried in 100 ml of pure blood can be calculated as 15 * 1.34 ml = 20 mlFor every 100 ml of oxygenated blood, only 5 ml of oxygen is delivered to tissues.Because our Tissues can utilise only 25% of O2 carried by the Arterial blood.Therefore Only 5ml (25%) out of 20ml (100%) is being carried by the Arterial blood.

"> ML.OXYGEN is carried in the blood either in dissolved FORM or in association with haemoglobin.To calculate the concentration of oxygen transported in the blood, one needs to understand the amount of oxygen carried by each gram of haemoglobin.In a saturated condition, one gram of haemoglobin carries 1.34 ml of oxygen.Normally 100 ml of blood has around 15 gm of haemoglobin in it.Thus, the amount of oxygen carried in 100 ml of pure blood can be calculated as 15 * 1.34 ml = 20 mlFor every 100 ml of oxygenated blood, only 5 ml of oxygen is delivered to tissues.Because our Tissues can utilise only 25% of O2 carried by the Arterial blood.Therefore Only 5ml (25%) out of 20ml (100%) is being carried by the Arterial blood.

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Amount of O2 normally carried by 100 ml of pure human blood, is

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The correct answer is 20 ML.OXYGEN is carried in the blood either in dissolved FORM or in association with haemoglobin.To calculate the concentration of oxygen transported in the blood, one needs to understand the amount of oxygen carried by each gram of haemoglobin.In a saturated condition, one gram of haemoglobin carries 1.34 ml of oxygen.Normally 100 ml of blood has around 15 gm of haemoglobin in it.Thus, the amount of oxygen carried in 100 ml of pure blood can be calculated as 15 * 1.34 ml = 20 mlFor every 100 ml of oxygenated blood, only 5 ml of oxygen is delivered to tissues.Because our Tissues can utilise only 25% of O2 carried by the Arterial blood.Therefore Only 5ml (25%) out of 20ml (100%) is being carried by the Arterial blood.

Posted on 24 Nov 2024, this text provides information on Current Affairs related to Biology in Current Affairs. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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