44. Determine the inlet pressure for an airplaneengine (A, = 2.7 A2, p2 = 99 kPa, T2 = 223 °C, v1 =115 m-s1, v2 =802 m-s1 A2 = 0.63 m?, Fth = 30.9 kN).%3D

Given, P2=99KPa T2=223°C=496K V2=802m/s v1=115m/s As we know that,…

Answered: 44. Determine the inlet pressure for an…

44. Determine the inlet pressure for an airplane engine (A, = 2.7 A2, p2 = 99 kPa, T2 = 223 °C, v, = 115 m-s1, v2 = 802 m-s1 A2 = 0.63 m?, Fth = 30.9 kN). %3D %3D %3D %3D

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Q: The manometer shown is closed to the atmosphere. The pressure difference between points A and B is…

A: Given PA - PB

Q: SHEET ONE Q1: Determine the pressure in the pipeline if the atmospheric pressure is 80 kPa. 2 in 10…

A: Find the pressure in the pipe line

Q: Absolute pressure is the actual existing pressure, independent of the environment, while gauge…

Q: Q2- Estimate the bubble-point pressure of a crude oil system with the following limited PVT data:…

Q: 3.A vertical, cylindrical tank with diameter of 12 m and a depth of 4.00 m is filled to the top with…

A: Given data Diameter of tank=12m Depth=4m Specific weight at 50°c=9.69kn/m^3 We have to determine…

Q: (b) A piston and water are accelerated upwards with an acceleration of 0.5g as shown in Fig.1.…

Q: a. The static pressure on the pipe wall b. The dynamic pressure c. The stagnation pressure

Q: isobaric non-flow heating process at a pressure of „P“ (= 95 × Reg. No.) kPa and temperature changes…

A: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and…

Q: 4.102 During the fall of 2005, Hurricane Wilma passed through the Gulf of Mexico. When the storm was…

A: Given data Highest wind velocity = 175 mph = 78.232 m/sPressure far from the center = 1 bar = 105…

Q: An air compressor handles 8.5 m'/min of with a density of 1.26 kg/m and a pressure of atm, and it…

Q: Q1/ Why would a soap bubble have a relationship 40 P = - r while a small spherical droplet has the…

A: To find: why the internal pressure in soap bubble is double that of the internal pressure in a…

Q: Temperature rise, decreases viscosity in liquids but increases in gases, why?

A: in liquids as temperature increases, the random motion increases and the cohesive forces reduce ,…

Q: Find the difference in pressures between points A and B in Fig. 2.47. Neglect weight of air. [Ans.…

A: Given:

Q: 4.) In which fluid will a pressure of 700 kPa first be achieved? p = 773 kg P= 899.6 P = 979 m³ p =…

Q: Q1\A wind tunnel used for testing automobiles as shown in figure below, Air is drawn from the…

Q: Using the volume graph detemine the aproximate Vt 1. 250 ml 2. 500 ml 3. 750 ml 4. 1000 ml cm H₂O ml…

A: Given:The graphs are given below;

Q: For Boyle's law if we plot a graph between the volume and pressure the result is: Select one: a.…

A: According to the Boyle's law the pressure and the volume of the gas in a system are inversely…

Q: For steam at a pressure of 45 atm, some values of temperature and specific volume are as follows:…

A: First the unit has been converted into the SI units. p=45 atmp=45×101325 Pa=4559625 Pa T (F) 500…

Q: 4. Initial condition: P = 0.7 MPa T = 250°C m = 5 kg Process: Isobaric Final condition: vapor = 3.5…

Q: The given figure is a representation of a piston inside a cylinder. What do you call parts A, B, C,…

A: given figure is a representation of a piston inside a cylinder. To name the parts A, B, C, D, &…

Q: Figure 7 below shows the gauge pressure of air in a tank to be 80 kPa. 80 kPa Air Oil SG = 0.72 75cm…

A: Ans. A Given Data Pressure in device, P=80KPa Specific gravity of oil, SG=0.72 Density of the oil,…

Q: There is nitrogen gas in a pressurized tank. A manometer measures the pressure using two immiscible…

A: There is nitrogen gas in the tank.The density of the fluid AThe density of the fluid BAtmospheric…

Q: (c) What is the relationship between the pressures at point A and point B? A and B are at the same…

A: Givenquestion c(c) What is the relationship between the pressures at point A and point B? A and B…

Q: An air blower is to deliver 40,000 ft^3/min. Two U-tube gages measure suction and discharge…

Q: Section 1: A =0.46 m?, v = 259 m-s1, T = 303 K, p= 72 kP. Section 2: A =0.41 m², v = 251 m-s1, T =…

A: GivenSection 1A=0.46m2 ,v=259ms-1, T=303K, P1=72kpaSection 2A=0.41m2, V=251ms-1, T=305K,…

Q: Q2: A cylindrical tank contains air, oil and water, as shown in the Fig; the air is under gage…

A: The exit velocity is 23 m/s.

Q: Q3/ Answer the following questions: 1. How a system can be enabled to do work? 2. Briefly describe…

A: Dear student, According to the guidelines I am allowed to answer three subparts…

Q: At the sea level of the standard atmosphere, the conditions are To =288 K. Po =101.3 kPa, and it is…

A: Given that, Atmospheric temperature, To=288 K,Atmospheric pressure, Po=101.3 kPa,α=6.5×10-3…

Q: Q5: A small tank of Helium gas, its pressure is 15.5 bar and its temerature is 293" K (Kelvin) with…

Q: (a) Elastic 6) Reynold's number is the ratio of inertia force to (a) pressure force (b) elastic…

Question

44. Determine the inlet pressure for an airplane
engine (A, = 2.7 A2, p2 = 99 kPa, T2 = 223 °C, v1 =
115 m-s1, v2 =802 m-s1 A2 = 0.63 m?, Fth = 30.9 kN).
%3D

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Q 8 please
4.7 Find the power required to pump water from one tank to another, as shown in Fig. 4.31. The discharge through the pump is 30 L/s. Neglect all the losses. d = 50 mm Z3 =15m d= 10 mm 2 = 3m 21 = 5m Fig. 4.31 [Ans: 6.445 kW]
Because of a break in a buried oil storage tank, ground water has leaked into the tank to the depth L' = 4 ft. The densities of the water and oil are, respectively, 62 and 55, each in lb/ft³. Standpipe open to atmosphere Palgage) = i Determine the pressure at the oil-water interface and at the bottom of the tank, each in lbf/in². (gage). Assume L = 14 ft. Let g = 32.2 ft/s². Pb(gage) = i Patm Determine the pressure at the oil-water interface, in lbf/in². (gage). lbf/in². Oil Water lbf/in². Determine the pressure at the bottom of the tank, in lbf/in². (gage).
8. The density of air is about 1.24kg/m³ at sea level and virtually zero at upper levels of the atmosphere, so the average density is taken as 0.62kg/m³. If air pressure is assumed to be 1.0x10° Pa and g to be 10 m/s². Estimate the height of the earth's atmosphere.
Please Answer the following question step-wise with detailed explanations. Thanks in advance?❤️
HYDRAULICS 3. Determine the density, specific weight and specific volume of air at 1.1 bar (1 bar 100,000 N/m² and 20° C. Assume the charactéristic equation for gases as PV = mRT. Take R = 287J/kgK pV
Show that Rankine=Kelvin(1.8)
%3D Find the pressure in KN/m2 at the center of pipe A. T = 10°C. Oil (S = 0.85) Water 90 cm 150 cm Water 30 cm Mercury (S = 13.6) to 30 cm
He Will GOUDIE, Question 9 (1 point) 4) Listen When the temperature remains constant, the relationship between pressure an volume can be expressed by P2-(P1 x V1) / T2. P2 (P1 x V1)/V2. P2 (P1 x T1)/V2. P2-V2/(P1 × V1), - Question 10 (1 point) ✓ Saved 4) Listen Which of the following is true, assuming that temperature remains constant? se by h
The horizontal force due to water acting on the bolt (Fh): Fh=ρ×A1×V1×V1--V2 Fh=1000×π4×0.0752×1.254×1.254+11.286( Fh)=69.472 This is the only part I did not understand how to get. Can you please explain more? I arrived with this equation, -P1A1 - P2A2 (cancelled since atmos. Pres.) +Fh = rho A1v1 (v2-v1) Why did P1A1 disappear in your solution? How did you come up with (v1 - - v2) ? What is the control volume? Why did you not do a summation of forces is equal to change in momentum but instead go immediately to getting the horizontal force acting on the bolt?
14