can ypu please find solution for the question number 11.3 hangeri, and supports. Site includes an extensive amount ofdesign information on pipe hangers, sizes and weights of pipr.5. Ultimate Fire Sprinkler Guide: A huge set of links to soarces8. Cooper B-Line: Manufacturer of pipe hangers, anchor sysAlso, publishes other references pertinent to the study of fluidtrial pumped piping systems Included ate pipe. titingfor components for fire sprinkler aystems and similar indus7. Anvil International: Manufacturer of pipe tittings, pipeNEPA 13, Standard for the Installation of Sprinkler Systemalisher of codes and standards for fire protection including9. eCompressedair: From the bottom of the home page, seiectNationalFG2-in SchedlEmechanics, such as The Fire Pump Handlook.the pump atAhich the pressure al n must tbe 500 psig while the flowar is 750 gal/min. The fhud is a medium machine toolbuntraulic oil. The total length ot the 4 in pipe is 40 t Thehoes are standard Neglect the energy loss due to fric-tion in the 6-in pipe Calculate the required pressure at Af the oil is (a) at 104"F and (b) at 212EControl25pumps valves, and many others.valveK-65seianic effects, and thermal considerationsbown in Fig. 11.17. Data for the system are as followsOil specific weight -8 80 KN/m. Oil kinematic viscosity - 2,12x 10. Length of DN 150 pipe 180 mLength of DN 50 pipe 8 mtems, and supports for piping and electrical cables,PampMain Library, then seiect Piping Systeme for an extensive setedocuments giving guidelines for the design and installation ofFIGURE 11.15 Problem 11.3.FIGURE 11.16 Problem 11.4.10 American Water Works Association: An international nunprofit scientific and educational society dedicated to thimprovement of drinking water quality and supply. Itin heauthoritative resource for knowledge, information, and advocacy for improving the quality and supply of drinking water inNorth America and beyond.SuddenenlargementPlowsinBodh pipes Schedule 80 staelPRACTICE PROBLEMSinClass I Systems11.1 Water at 10°C flows from a large reservoir at the rate of1.5 x 10m/s through the system shown in Fig. 11.13.Calculate the pressure at B.11.2 For the system shown in Fig 11.14, kerosene (g = 0.82)at 20°C is to be forced from tank A to reservoir B by in-creasing the pressure in the sealed tank A above the kero-sene. The total length of DN 50 Schedule 40 steel pipe is38 m. The elbow is standard. Calculate the required pressure in tank A to cause a flow rate of 435 L/min11.3 Figure 11.15 shows a portion of a hydraulic circuit. Thepressure at point B must be 200 psig when the volume flowrate is 60 gal/min. The hydraulic fluid has a specific gravity of 0.90 and a dynamic viscosity of 6.0 x 10b-s fr.The total length of pipe between A and B is 50 ft. TheFIGURE 11.17 Problem 11.5.DN 50 Schedale 80teel pipeDN 150 Schedule 80 45 msteel pipeFlowReducersudden contraction

Given DataQ=60gal/minr=2in=0.16667ftA=π4×0.166672=0.023ft2

113 Figure 11.15 shows a portion of a hydraulic circuit. 15e pressure at point B must be 200 psig when the volume fow rate is 60 gal/min. The hydraulic fluid has a specific grav ity of 0.90 and a dynamic viscosity of 6.0 x 10Ibs fr The total length of pipe between A and B is 50 ft. The

113 Figure 11.15 shows a portion of a hydraulic circuit. 15e pressure at point B must be 200 psig when the volume fow rate is 60 gal/min. The hydraulic fluid has a specific grav ity of 0.90 and a dynamic viscosity of 6.0 x 10Ibs fr The total length of pipe between A and B is 50 ft. The

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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Goal Solve for the efficiency of a heat engine using a five-step process the includes:1. Making a state table.2. Making a process table.3. Calculating the totals for Work, Heat, and Internal-Energy-Change.4. Identifying the heat input (hot reservoir) and output (cold reservoir).5. Calculating the efficiency of the engine.Problem Shown in the figure to the right is a cyclic process undergone by a heat engine. Your heat engine shall use 7.0 moles of nitrogen gas (diatomic). During the process a->b, the pressure rises by a factor of 2.0. solution- (1) Fill in the State Table (all pressures in Pascals, all volumes in cubic meters, all temperatures in K). Pressure Volume Temperature a b c (2) Fill in the Process Table (all entries in Joules). Work Heat dU a->b b->c c->a (3) Find the Totals: Work = J Heat = J dU = J (4) Find the heat input (from "hot reservoir") and the heat output (to…
You need to find out the maximum NPV of a hypothetical iron ore open pit as shown below. The iron ore grade is 72% and recovery is 90%. The market price of iron ore is $100/ton. The ore and waste block size are 30 by 30 by 30 m3 and annul production of six blocks (mining + stripping) is there. The mining cost is $35/ton and the stripping cost is $25/ton. The density for the ore and waste is 4.5 ton/m3 and 2.5 ton/m3 respectively. Assuming initial investment $50 million the interest rate is 5% per year.