Determine the maximum amount of fuel that can flow through network, fromnode 1 to node 8 *ReverseBranch nameStart nodeEnd nodeСаpacityсараcityBranch 112104Branch 2136Branch 34121Branch 4Branch 531Branch 64610Branch 761010Branch 875Branch 98101Branch 1078412.

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Determine the maximum amount of fuel that can flow through network, from node 1 to node 8 * Reverse Branch name Start node End node Сарacity сараcity Branch 1 1 10 Branch 2 1 3 2 Branch 3 4 1 Branch 4 2 Branch 5 3 8 1 Branch 6 10 2 Branch 7 10 10 Branch 8 7 Branch 9 8 10 Branch 10 4 62600 455 O7

Determine the maximum amount of fuel that can flow through network, from node 1 to node 8 * Reverse Branch name Start node End node Сарacity сараcity Branch 1 1 10 Branch 2 1 3 2 Branch 3 4 1 Branch 4 2 Branch 5 3 8 1 Branch 6 10 2 Branch 7 10 10 Branch 8 7 Branch 9 8 10 Branch 10 4 62600 455 O7

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

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AT YOUR ONVENIENCK SHARE YOUR VALUARLE FEEDBACK LED aSA B periSgnup-Ch Zoha Caetor Chasg Ev XChesg Exeent Hng Senuo X Chegg Expet Hing Signup X 08 Mtesperthiring chegginds comfomSubjeet test User Name 3709415000272089331&Number=10. 30% Seng Stated MAkadoilacom/Ked Teport Department ReyelEnfield-Oicisl NA Chisen ARP Royal Enfield CMSD DASUSE Service: FC CHEERU MORORS DHEERU MOTORS TA In a closed system contains R-134a and it undergoes an isothermal process from state 1 to state 2. The initial temperature and pressure ofR-134a are 320 kPa and 40°C respectively. The final quality of R-134a is 50 percent. Find the specific work and heat transfer during the isothermal process. a) w=-27.65KJ/kg and q=-130.075KJ/kg b) w=-47.65kJ/kg and q=-13.075KJ/kg c) w=-47.65KJ/kg and q=-130.075KJ/kg d) w=-147.65kJ/kg and q=-10.075 kJ/kg PROW ENE POE M 25°C Cloudy A A7AM PARTA e 4OC MUNU ANDADAEY 2022/1/20 11:08 Esc F1 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 Print Screen Scroll Lock bysls clain Dp ROYAL EMFIERD…
► C Remaining Time: 2 hours, 29 minutes, 07 seconds. Blackboard Question Completion Status: 1 QUESTION 14 cavitation for water? O 60 ft below the reservoir surface O Cavitation is independent of the pump inlet being placed O Z₁ =-34.4 ft, below the reservoir surface O Z₁ = 34.4 ft, above the reservoir surface QUESTION 15 Q In a heat exchanger, If the hot fluid is a condensing vapor, then the heat capacity rate: O Ch> Cc, Ch→∞ O Ch<< Cc. Cc →∞ O Ch = Cc O The temperature is not constant during the condensation At 200 °F (Py 11.52 lbf/in2 absolute, p*g = 60.1 lbf/ft3) where should the pump inlet be placed to avoid QUESTION 16 Click Save and Submit to save and submit. Click Save All Answers to save all answers. 2 W S # 3 E D $ 4 R F % 5 T G 6 MacBook Pro C Y H & 7 U 8 J I ( 9 K O
are these the correct equations for Q? Node 1:inflow Node 2=Qa+Qb+Qc+Qd Node 3= Qd+Qd2+Qk+Qj Node 4= Qd2+Qi+Qg+Ql Node 5= Ql+Qm+Qn+Qq Node 6:Qq+Qp+Qr+qs Node 7:Qb+Qe+Qj+Qh Node 8:Qc+Qk+Qg Node 9: Qf+Qf1+Qe Node 9a:inflow Node 10Qf1+Qi+Qh Node 11: inflow Node 12:Qo+Qm+Qp Node 13:outflow
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An engineer is designing a transfer line. The line has 15 stations. Stations 1 through 10 should have the same reliability. Each station is expected to operate approximately 1000 cycles between failures. The last 5 stations are expected to break down about once every 600 cycles. Repair times will vary but should average about the equivalent of 12 cycles in duration. a. Find the availability of the line. b. Suppose you could add one buffer of size 20. Where would you place this buffer? Find the increase in availability
Plot the cycle points on a T-s diagram
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12:43 12:36 Expert Q&A Done Automobile repat shops typically recommend that their customers change their oll and ol iter every 2.500 milen Your aulomobile user's manual suggests changing your ol every 3.500 5.500 miles Il you drive your car 8.750 miles each year and an ol and iter change costs $30 how much money would you save each year you had this surrvice partormed every 3.500 miles? Your savings will be pr year (Round to the nearest cent)
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2345 + 124508 + A2B34H16 = _2
HW-1- Find the Destination Numbers of following Refrigerant chemical formulas No. Refrigerant Chemical formula 1 carbon dioxide CO2 2 sulfur dioxide SO2 methane CH4 4 dichlorodifluoromethane CCl,F2 1,1,2-trichloro-1,2,2-trifluoroethane CCl,FCCIF2 6. CH3CH2CH3 propane hydrogen 7 H2