The amount of oxygen transported by one litre | vedclass

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Question

(D) Under normal physiological conditions, $100 \,ml$ of oxygenated blood delivers $5 \,ml$ of $O_2$ to the tissues.However, under strenuous exercise

Vedclass · Accepted Answer

$150$

Vedclass · Answer

(D) Under normal physiological conditions, $100 \,ml$ of oxygenated blood delivers $5 \,ml$ of $O_2$ to the tissues.However, under strenuous exercise conditions, the tissues require more oxygen, and $100 \,ml$ of blood delivers approximately $15 \,ml$ of $O_2$ to the tissues.Since $1 \,litre = 1000 \,ml$, we calculate the oxygen delivery for $1000 \,ml$ of blood as follows:If $100 \,ml$ of blood delivers $15 \,ml$ of $O_2$, then $1000 \,ml$ of blood will deliver $(15 \,ml / 100 \,ml) 	imes 1000 \,ml = 150 \,ml$ of $O_2$.Therefore, the amount of oxygen transported by one litre of blood under strenuous conditions is approximately $150 \,ml$.

The amount of oxygen transported by one litre of blood under strenuous condition is approximately (in $ml$)

Similar Questions

What is the binding of oxygen with hemoglobin called?

$A$: $100 \; ml$ of venous blood contains $14.4 \; ml$ of $O_2$,meaning it is still $75\%$ saturated with oxygen under normal conditions.
$R$: About $4.6 \; ml$ of $O_2$,i.e.,$25\%$,diffuses from arterial blood into the tissues during resting conditions.

What is the amount of $O_{2}$ supplied to tissues through every $100 \ ml$ of oxygenated blood under normal physiological conditions (in $ml$)?

Identify $A$ and $B$ in the given oxygen-haemoglobin dissociation curve and choose the correct option accordingly.

The ${O_2}$ dissociation curve is:

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