determine heights “x” “y” “z” in meters using manometers Fecha: de Abril de 2009Facilitador: Rafael A. Córdoba GIndicaciones: Resuelva los siguientes problemas de aplicación sobre las propiedades de los fluidos ymanometría de manera clara y precisa. Valor 100 puntos. 20 puntos cada uno. Suerte1. En la figura # 1, la PB= 165,0 kPa (man), determina las alturas "x" y "y", en metros.Dr=0,85aguaIPatm1940.5mHg102mfig # 11,5 m

Answered: 1. En la figura #1, la PB= 165,0 kPa…

Engineering

Mechanical Engineering

1. En la figura #1, la PB= 165,0 kPa (man), determina las alturas "x" y "y", en metros. Dr=0,85 agua I

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

Similar questions

fet), force force, f 10 Newt. m2 f k, 10sec m, = 10 kg, ma= 20 kg , b= 20 Newton m/sec k, = 30 Newton kz = 60 Newton z, and z are measured with respeet to eguilibrium conditions and all imitial conditions are zero, 1) Write the Newton's second Lau for m, amd m2 2) Derive a statespace represrentation of the conditions : eystem fallowing 2a) only z, is measured 26) only z, is measured 2c) (2,-z,) is measured. un der 3) Derive the following transfor fumetione fG) z,(5) Go G,6) ? G6) ? 4) Describe a mechanical device that can be used to implement the external force fee) as shoun'a bove. 5) Using (Csim) function of MATLAB, plot z,(t), 2, (t)- =, (+)] Zz (t) and
3. The U.S. auto industry produces approximately 6 million vehicles a year, each containing roughly 1.5 metric tons of fabricated metal. Consider a future wind-turbine industry having half of the auto industry's mass throughout of wind turbine units. Each unit has a specific weight of 75 kg/kW rated (nacelle components plus tubular tower only). a. At a wind-turbine capacity factor of 0.3, how long would it take to replicate the 2008 U.S.-installed average electric power rating of 1035 GW? b. Discuss (5-10 sentences) the relevant factors that would determine whether a wind machine industry of this size could be successfully operated sustainably over periods on the order of several centuries.
Wind power is defined as the use of air flow through wind turbines to provide the mechanical force to generate electricity. Wind power is an alternative to burning fossil fuels, and is renewable and produces no greenhouse gas emissions during operation. Modern horizontal-axis wind turbines often use three blades. Theoretically, the maximum power P (unit: watts) that a three-blade wind turbine can extract from the wind power can be calculated as: P = pAv³C₁. . (Equation 1) where p is the air density (kg/m³), A is the sweep area of the turbine (m²) and can be calculated from the length of the turbine blades, and v is the wind speed (m/s). Cp is the power coefficient that is unique to each turbine type. This coefficient represents the amount of kinetic energy from the wind that is captured by the turbine. From the Betz's limit law we know that the best power conversion possible is Cp,max = 0.59. Part 1 Given the following data: Blade length /= 50 m Air density p= 1.5 kg/m³ Power…
Please help, there are similar problems I found here but the answers are different in the answers of our workbook. (Topic is ideal gas with constant volume) . 3. A closed rigid container has a volume of 1m^3 and holds air at 344.8kpa and 273K. Heat is added until the temperature is 600K. Determine: a.) final temperature b.) change in internal energy c.) the work output Ans. a. 757.8K b. 497.22KJ c. 0
Para a estrutura abaixo indique: a) Qual é a tensão no cabo BE? Considere P=792,1 kN. (Indique a resposta em kN.) b) Qual é a tensão no cabo CF. (Indique a resposta em kN.) c) Qual é o valor da reação em D? (Indique a resposta em kN.)
Air pressure pand temperature Tat the inlet of reciprocating compressor are 1 bar and 15 °C. The outlet pressure is 8 bar.The power of the compressor Pis 551.6 W and the volume flow rate of inlet air qy is 122 litres/minute. The rotational speed of the compressor Nis 2850 rpm and the volumetric efficiency ny is 74.0%. Each question is worth of Calculate: a) Suction volume Vsuction b) Displacement volume Vstroke c) Isothermal power Pr cm³ (with one decimal accuracy) d) Isothermal efficiency T cm3 (with one decimal accuracy) W (with zero decimal accuracy) Your last answer was interpreted as follows: % (with zero decimal accuracy) Your last answer was interpreted as follows. Calculate the time t it takes to produce 20 litres of compressed air
For the diagram, compute the value of D that results in a net equivalent uniform annual worth (EUAW) of 0. D D 1.5D 500 i = 10% D
A resurfaced fl oor costs $5000 and will last 2 years. If money is worth 10 percent aftertaxes, how long must a new fl oor costing $19,000 last to be economically justifi ed? Thetax rate is 52 percent. For tax purposes a new fl oor can be written off in 1 year. Use sumof-the-years-digits depreciation. Use the capitalized cost method for your analysis.
Parts for each product Homework 1 n produce dryer plant Can for each product castiens Then each product is assembled in its dedicated washing and dryer A machines. Difterent are manufactured by press and motor ly sechon. The the monthly capacity of different sections are: washing machine or looo dryer machine Press section: 100 - Motor section: 1600 washing machine or 7o00 drjer machine machine assembly line: goo0 machine washing druer machine assembly line: 5000 machine washing 1, profit for each unct of washing and dryer machines is 270 and 300 respectively. Formulate a linear programming problem for Find ing how many washing and dryer machines should be produced many washing to maximize total plant's profit. 2.A A Post Company need to transfer 30000 boxes with two each truck presented of olifferent trucks. Chavactenistics problem for The table below. Formulate a linear programming each truck to optimum nunber of minimIze total Cost.
7 Table 1. Saturation: Temperatures Sperie Velume Internal Energy Esthalyy Eatregy 65.37 100as 1192 20 I 101342 190.5 24042 64.20 idie s4 I6 2604I 10I15 1858 24 1021 0 ITRIO 28041 61 102386 1502 2604I 1927 2 I776.2 28040 1028 54 13755 2040 10257 171T1.4 18009 3000 12187 2455E 3.523 4179 240 35071 6170 237 3.171 63.0 1019 2ó išs49 1224 122개 232 3A146 6.159 24 3484 6108 239 386 19. 10332I IST0 26040 10132 I10.5 2803. 58.7 103T90 IM60 260 1042.09 1 7616 280 T 37M 104259 i5612 2603A 1046 756.7 205 S67 1047 2 iss4 2603T 10S 64 1751.7 28014 272)3936 61225 55. 1051.99 1555 260 S 1056.43 1346 2832 3344 240 241 242 243 2.1015 34422 6.14 27101 34260 6.1366 2.7I 340 61296 12291 3463 3.534 3.56 12334 12155 12177 244 27380 3374 61154 54.11 105.7I 15467 2603.4 106.23 L741.7 2803.0 53.75 64 154 2603.2 52.2 6 16 1S3 26030 100 RS 1731 225 S1.0 T08 1339 202 101 6 i1765 28022 S1 0 1075 64 15210 26026 1080 51 7214 28019 245 24 247 24 3.648 3.11 3.776 340 1239 12422 13444 1246 i 249 2.1412 33612 6108)…
The data provided by a company for the year 2020 – 2021 to carry out Break Even Analysis and provide them the results, complete analysis and suggestions. The data is as follows:Building rent 20000 R.O Every month instalments 30000 R.OThe estimated sales are 750000.0 R.OMaterial Cost / unit 15.0 R.OProduction cost / unit 8.0 R. OTransportation & other Costs / unit (Approx) 4.00 R. O Maintenance cost / unit 1.5 R. O Salary of the employees / unit 0.8 R.OMarketing and advertisement cost / unit 0.7 R. OEach unit is sold at price 35.0 R. O Construct the B.E.P chart on a graph sheet and indicate, B.E.P, M.o.S and also indicate the new B.E.P & M.o.S after the improvement measures has been taken (With different colours). Show the calculations for the following parameters separately before and after the measures taken.1. Determine the B.E.P2. Determine the profit 3. Margin of safety.Also write your decisions taken to improve the profits of the company and to reduce the B.E.P.
Q1. A four stroke internal combustion engine has the following specifications: Brake power = effective pressure = 0.35 N/mm2;Maximum gas pressure = 3.5 N/mm2; Mechanical efficiency = 80 %. 7.5 kW; Speed = 1000 r.p.m.; Indicated mean %3D %3D Determine: 1. The dimesions of the cylinder, if the length of stroke is 1.4 times the bore of the cylinder; 2. Wall thickness of the cylinder, if the hoop stress is 35 MPa 3. Thickness of the cylinder head and the size of studs when the permissible stresses for the cylinder head and stud materials are 45 MPa and 65 MPa respectively