If a 167.6 pound person consumes 3.3 liters of oxygen per minute at maximal exercise intensity, calculate their relative vo2max. report your answer to the nearest 10th of a ml/kg/min.

Step-by-step explanation:

is known as the maximum rate of oxygen consumption per minute

here we have to calculate with respect to body weight which is given as 167.6 pound

relative = maximum milliliters of oxygen consumed in one minute/ body weight in milligram

given consumption of oxygen =3.3 liters/minute

=3300 mil liters

176.6 pound =76022081 milligram

so relative = ml/mg/min

=0.000043408441 ml/mg/min

0.2

Step-by-step explanation:

The graph shows that y ∝ x and y = mx (1)

{Where m is called the constant of proportionality in algebra and is called the slope of the straight line in coordinate geometry}

Now, it is given in the graph that the straight line passes through the point (5,1).

Therefore, equation (1) will be satisfied by the point.

Hence, 1 = 5m, ⇒ m = 0.2

So, the slope or the constant of proportionality of the graph is 0.2. (Answer)