Medal. :)
A biology student wants to understand how blood flows through the aorta. To model the heart and aorta, she sets up two identical pressure-controlled tanks that push blood through a 2-centimeter diameter tube. Her results are shown in the table below. Using her findings, predict the outcome of the experiment if the pressure in a person's aorta were to triple, assuming her setup is an accurate model.
(Chart in comments)
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OpenStudy (secret-ninja):
OpenStudy (secret-ninja):
It will decrease the flow rate by a factor of 0.5.
It will increase the flow rate by a factor of 3.
It will increase the flow rate by a factor of 6.
It will decrease the flow rate by a factor of 2.
OpenStudy (secret-ninja):
@ganeshie8 @thomaster Do you guys know how to do this?
ganeshie8 (ganeshie8):
From the table it seems flowrate is 20 times the pressure ?
ganeshie8 (ganeshie8):
(flow rate) = 20*(pressure)
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OpenStudy (secret-ninja):
Yep.
ganeshie8 (ganeshie8):
increasing the pressure 3 times would also increase the flow rate by 3 times then ?
ganeshie8 (ganeshie8):
(flow rate) = 20*(3*pressure)
OpenStudy (secret-ninja):
20 turns into 60 and 10 is 30?
ganeshie8 (ganeshie8):
Yep
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OpenStudy (secret-ninja):
So... now what
ganeshie8 (ganeshie8):
look at your options
OpenStudy (secret-ninja):
Oh wow I'm so blind >.<
OpenStudy (secret-ninja):
Its B ^-^
ganeshie8 (ganeshie8):
You have it !
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