We would like to calculate the minimum pressure required to force plasma from the heart to the top of the head. For this analysis we will assume blood is a Newtonian, incompressible fluid. The distance from the heart to the top of the head is 0.5m. Assume the density of plasma to be 1065 kg/m3. The vein diameter is 0.95 mm. Assume friction can be neglected.

Q: For the U-tube manometer connected as shown calculate h, the differences of mercury (ρ = 13.550…

A: SOLUTION #1:SOLUTION #2:SOLUTION #3:SOLUTION #4:

Q: Helium (Molecular Weight = 4) is pumped into a 20-ft3 tank until the pressure is 149.7 psia. When…

A:

Q: An open cylindrical tank 4 ft In diameter and 6 ft deep is filled with water up to its rim and…

A:

Q: Capillary effect is the rise or fall (h) of a liquid in a smal-diameter tube as shown in Figure 1.…

A: Explaining the rise or fall (h) in capillary effect.

Q: Mercury has a volumetric flow rate of 30m³/s. What volume of mercury has flowed after 1 minute?

A: Write the formula for the volume flow rate of mercury. Q=Vt Here, Q is the volume flow rate of…

Q: The figure below shows a liquid-level system in which two tanks have cross-sectional areas, A₁ and…

A: To Find:A. The differential equation model for the system behavior in terms of the liquid heights…

Q: FLUID STATICS. An uncovered rectangle tank holds a liquid that is being uniformly accelerated…

A: Given: The tank is accelerated upward with uniform acceleration. If the acceleration is ''a''. And…

Q: A water container is kept on a weighing balance. Water from a tap is falling vertically into the…

A:

Q: The figure below shows a Venturi meter for measuring the water flow rate through a pipe. The…

A: GivenA1=0.01m2A2=0.006m2S.G=1.4h=0.8mg=9.81m/s2ρw=1000 kg/m3

Q: Figure shows the schematic representation for the measurement of air (density = 1.2kg/m³) through a…

A: Given data:Density of air, ρa=1.2 kg/m3Density of water, ρw=1000 kg/m3Differential head of water,…

Q: A pressurized tank is used to launch water into the air to create a water fountain. The center of…

A: x=5 m h=35 m And since PG=ρgh

Q: Find the total weight of a 10 ft' tank of oxygen if the oxygen is pressurized to 500 psia, the tank…

A: First, calculate the weight of oxygen     Convert all the units to SI units…

Q: water which is to be drained completely. The exit pipe is exposed to the atmosphere. The distance…

A: given:hc=6mhB=1.2m

Q: A balloon is filled with helium gas and released at the surface of the moon. Describe the motion of…

A: A balloon filled with helium gas is released on the surface of the moon. On the moon, there is no…

Q: Air leaks slowly to atmosphere from a pressurized tank at 19 bar (gage) and 27°C through a hole of…

A: The gas leaking through a tank either exits the tank at subsonic or sonic flow. When the gas leaks…

Q: manometer attached to a pitot static tube used to measure air velocity  shows a reading of 0.1 m.…

A:

Q: Water enters a fountain through a pipe with a cross-sectional area A₁ at a flowrate Q. The pressure…

A: Given:

Q: How high does the water rise due to the capillary effect in a 15 micrometer diameter pipe?

A:

Q: . For steady laminar flow, the reduction in (d(p + yh)/dx ) represents the work done on fluid per…

A:

Q: ter was extruded from a nozzle with ameter of 7 mm on a hemispherical te, wheree the distance…

A:

Q: e are willing to design a simple setup for the lubrication of a rotating rod. To do so, the…

A: The power will be dissipated due to the viscous shear resistance provided by the film of liquid on…

Q: In car service station water flows through a vertical pipe reduced from a pipe of diameter D to…

A: The schematic diagram of pipe is as follows:

Q: A horizontal cylindrical tank has radius R m. One end of the tank is a fixed disk, but the other end…

A: In this cylinder tank and piston arrangement a hydraulically force will act on the body due to the…

Q: while the pressure remains constant at 85 psig, the volume of air changes from 12ft^3 to 20ft^3.…

A:

Q: ows through an air duct which expands in the flow direction then which of the following statements…

A: Option (b) is correct.

Q: What is the equivalent mass flow rate ( kg/hr ) of water delivered at 250 gpm. Water is delivered at…

A: GivenPart 1Q˙=250 gpm   m˙= ?  kg/hr

Q: Shown below is the water jet flow from a pressurized closed tank. The vertical distance between free…

A:

Q: Assume an ideal fluid with mass density of 900 kg/cu.m. The pressure and velocity at section 1 are…

A: Since you have posted multiple questions, I will answer the first question as per Bartleby…

Q: d, is fitted to the outlet pipe of a pump with diameter D. Let h; be the height of the section 0-0…

A:

Q: Predict the changes of the differential height in the manometer if a fluid with the density lower…

A:

Q: Properties: blood viscosity µ-3.5cP and density 1.06g/cc. 1mmHg =133.3 Pa. 1Pa= 10 dynes/cm² Assume…

A: Write the given data. μ=3.5 cP=3.5×10-3 Ns/m2ρ=1.06 g/cc=1060 kg/m3P1=100 mmHg=13330 Pav1=60…

Q: A U-tube mercury manometer with one arm open to the atmosphere is used to measure th pressure of…

A:

Q: The pressure at the suction of the pump reads 8 psi vacuum, while at the discharge is 41 psi. The…

A: Write the given data. P1=-8 psi+14.7 psi=6.7 psia=46.2 kPaP2=41 psi+14.7 psi=55.7 psia=384…

Q: [1.23] Calculate the force necessary to accelerate a 20,000-Ibm rocket vertically upward at a rate…

A: mass of rocket (m)=20000lbmacceleration (a)=100ft/s2g=32.2ft/s2

Q: Chlorine gas enters a 30-mm ID pipe at 15 m/s, and exits a wider pipe, at 85-mm ID. What is the…

A:

Q: The pressure difference between point A and point B is to be measured using an inclined mercury (SG…

A: GivenSG=13.6θ=15oL=4.8cm

Q: Answer the attach question.

A: A burning garbage oven is an incinerator. Modern incinerators contain technology for pollution…

Q: How can I find the solution

A: Write the Bernoulli expression as follows.

Work and Heat Transfer

It is generally related to thermal engineering which tells about the use, creation, conversion and transfer of heat energy between the systems. It is also considered that to transfer heat from one source to another, transfer of masses is also required. There are various mechanisms by which, transfer of heat takes place i.e. thermal conduction, convection, radiation or by change of phase. All these mechanisms have their own specific features which sometimes occur simultaneously within the same system.