a pressure iş measured when the blood 1s pumping(syotolic) and when the neart oresting (diastolic).when pressure readings are given,thestoliC 13given tirst, andl healthyblood pressure is around 120 over80mm Hg, Recall the density o7 mercury is13. ux lo3 kg|m?.PartA:Suppse you nave abi0oc pressure rcang 041n 1 6ver 8a mm Ha. What is yourN8tolic presure, in newtons per meter squared?part Bi Suppase you nave a b10od pressure r Cading 64 Il over 8amm Hg.diastolic press ure, in newtons per meter squared?what is youra= ?

Given Density ρ 13.6 x 103 kg/m3 Systolic Pressure 117 mmHg Diastolic Pressure 82 mmHg

Answered: O10d pressure iş measured when the…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Gauge pressure is the pressure read by a pressure gauge. The gauge pressure will be zero if the pressure is the same as the general atmospheric pressure, because the gauge measures only the excess above atmospheric pressure. The actual pressure will thus be atmospheric pressure plus gauge pressure. Atmospheric pressure is about 14 pounds per square inch. The Rankine temperature scale is the Fahrenheit verson of the absolute temperature, and absolute zero in Rankine is about -460 F. Now, imagine a football has been stored in a warm locker room at a temperature of 71 F, and has a gauge pressure of 12.5 pounds per square inch. Next, it is taken outside and cooled to 40 F. What will the gauge pressure be after this is done?
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(1) Hydrostatic balance states Op Əz Equation -1 where p is pressure, z is altitude, p is density and g is the acceleration due to gravity. It can be shown that the reciprocal of hydrostatic balance also applies. That is Equation -2 дz Әр = -Pg, = 1 pg Use the ideal gas law (p = pRT, where R is the gas constant for dry air and Tis temperature) to eliminate p from (2). (2) Under geostrophic balance, the following balance is approximately satisfied Equation -3 fu=-g ¹ (3) where f is the Coriolis parameter, u is the zonal wind, y is meridional distance and z is altitude. (Note that the derivative on the right hand side is taken at constant pressure.) Differentiate (3) with respect to p, and use your expression from part 1 to obtain an expression relating du/ap and T/ay. This expression is called "thermal wind balance".
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is to be designed huricane force winds. The U maximum wimd Ve 24m/s. The surfacu area house to withstand is encagA 450m? If the density faisn roof 221.029kgm3 e withstemd earity? Calculate the ford u that the reep com
I need help for this homework, inside the chamber there is going to be vacuum pressure of 35 mbar and Ineed it to be controlled as to reach vacuum pressure of 5 mbar. I need to use butterfly valve to achieve that. Thus the system is going to reach negative 35 mbar and then the valve should open to allow the atmospheric pressure to inter the chamber, but I need to calculate the valve's flow rate in four different setups so I can determine how much time I need to open it, for each setup, until I reach negative 5 mbar. Calculate the flow rate once the valve is open: a. 25% b. 50% c. 75% d. 100% Valve Ø = 5cm Chambe Chambers dimensions: H= 40 cm W= 50 cm L= 40 cm
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Hurricane Sandy, which hit the New Jersey coast on Oct.29, 2012, was extremely broad, with wind velocities of40 mi/h at 400 miles from its center. Its maximum velocitywas 90 mi/h. Using the model of Fig. , at 20°C with apressure of 100 kPa far from the center, estimate (a) the radiusR of maximum velocity, in mi; and (b) the pressure at r = R.

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