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Problem 17 Easy Difficulty

Intravenous feeding. A hospital patient is being fed intravenously with a liquid of density
1060 $\mathrm{kg} / \mathrm{m}^{3}$ . (See Figure $13.40 . )$ The container of liquid is raised 1.20 $\mathrm{m}$ above the patient's arm where the fluid enters his veins.
What is the pressure this fluid exerts on his veins, expressed in millimeters of mercury?

Answer

$P=93.53 \mathrm{mm} \mathrm{Hg}$

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Physics 101 Mechanics

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Chapter 13

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Video Transcript

Okay, So in this problem, we want to calculate the pressure of the liquid and millimeters of Mayor Caritas. Correct me limiters of Makary units. So first of all, let's remember that pressure is just the density Motive realized. Gravity deceleration times the height. Okay, So in this problem, we have that the pressure is going to be 1000 and 60 which is the density signs nine point 81 which is the gravity is a celebration times 1.2 meters, which is the height. Therefore, we conceded this is just 1.25 times 10 to the four Blasco. Okay, but we want in units off millimeters of mercury. So first of all, let's remember the relation between millimeters of mercury with Pascoe one, the limiter off Makary it's going to be equal were 33.3 Basco. Therefore, if with big or is oot off 1.25 times 10 to the four onto the tree. So therefore and divided by 133 point three we have that or pressure is going to be equal 93.5 millimeters off Makary. And that's the fighter answer. Thanks for watching

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College Physics

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