PHYS 1434 The Wheatstone Bridge Method

To which of the following questions does an engineering economy analysis provide useful input? (a) Has the mechanical or electrical engineer chosen the most economical motor size given functional requirements? (b) Has the civil or mechanical engineer chosen the best thickness for insulating a building?(c) Has the biomedical engineer chosen the best materials for the company’s artificial knee product?(d) All of the above

Q1.A/ Choose the correct answer from the following questions: 1- In the Productivity Common inputs are a. labor hours b. capital c. natural resources d. all of the above 2. There are several variations of the EOQ model, depending on the assumptions made about the a. inventory system b. control system c. quality system d. economic system 3. The number of ordering during the year is known as: a. The time between orders b. The economic order quantity c. The order frequency d. The shortage allowable quantity 4. Linear programming (LP) is a special form of a. multi-objective optimization b. one - objective optimization c. two- objective optimization d. none of the above

A company can use the internet, corporate intranets, and inter-organizational extranets for electric commerce and enterprise collaboration. The best fit will be (A) Internetworked enterprise (B) Electronic commerce (C) Enterprise collaboration (D) Client/server computing

The characteristic equation of control system is given as following. S3 + 6s2 + 11s + 6(1 + Kc) = 0 Determine: 1. The Value of Kc for which the control system is stable. 2. The roots of the characteristic equation for the value of Kc for which the system is on the threshold of instability.

topic:engineering management When the engineer reviews the financial statements of the company under his supervision, what benefits does he derive?

The transformer in the circuit shown in Fig. 1(a) is an ideal transformer with a=1/3. The circuit is supplied from a sinusoidal ac source with a frequency 60 Hz. Determine the angular speed ω. Determine the source voltage RMS value. Express the supply voltage as a function of time. Calculate the load resistance value (9 Ω) referred to the transformer low voltage side. Calculate the circuit equivalent resistance as seen by the source. Calculate the current drawn from the supply. Calculate the load voltage Vo. Calculate the power dissipated in the 3 Ω resistor. Draw, to scale, the phasor diagram including: supply voltage, supply current, load voltage and load current.

Signals and systems course. Please solve and send asap.

Consider the head (the distance between the waterfalls) of the Run-of-River Hydro Power Plant is 5 meters. The design used a multi-jet Pelton wheel which has the parameters and operating conditions as below: o    Flow rate, p = 4 m3/so    Nozzle velocity coefficient, K = 0.98o    Wheel diameter, D = 1.47o    Mechanical efficiency, fl = 88%1) Calculate the highest possible power output of the turbine. 2)Estimate the electricity generation of the above hydropower plant if the river's water flow rate suddenly drops to half.

The electrical model of a biopotential electrode is given belowwith the given values. (a)Plot the absolute impedance of this electrode(i.e.,|Z|) with respect to the frequency using a python script and (b) discuss the frequency range to reachthe minimum absolute impedance value on this electrode. Rd:26 kΩ Rs: 6 kΩ

HELP ASAP!4

VBC​=374∠47∘V.( Need only handwritten solution please otherwise downvote)

EENG226 SIGNALS AND SYSTEMS Please please I'm begging you help me in this problem ALL thank and appreciation ?? ?

Regional Maritime University (RMU) campus has 200 classrooms and 400 faculty offices. The classrooms are equipped with 12 fluorescent tubes, each consuming 110 W, including the electricity used by the ballasts. The faculty offices, on average, have half as many tubes. The campus is open 240 days a year. The classrooms and faculty offices are not occupied an average of 4 h a day, but the lights are kept on. If the unit cost of electricity is GH₵ 0.082/kWh, determine how much the campus will save a year if the lights in the classrooms and faculty offices are turned off during unoccupied periods.

Consider the cascade of the following two systems Sq and Sy , as shown in Figure below . w [ n ] x [ n ] Si Si y [ n ] 1 Sz : causal LTI , w [ n ] = źw [ n – 1 ] + x [ n ] ; Sz : causal LTI , y [ n ] = ay [ n – 1 ] + Bw [ n ] . The difference equation relating x [ n ] and y [ n ] is : 1 3 y [ n ] = -3y [ n – 2 ] + șyın – 1 ] + x [ n ] . Determine and R

* if possible not handwritten solution please, ( Keyboard - Text ) Solution is better, readable and much appreciated * Course: EE 350 ( System Dynamics & Control ) Major: Electrical Engineering

Consider a PV module with the following external parameters at STC: Pmax = 320 W, VOC = 45 V, ISC = 8 A, NOCT =40 °C and the temperature coefficient of power is −1 W/°C. a) If the ambient temperature rises to 35 °C while the irradiance is 1,000 W/m2, what is the cell leveltemperature, calculated with the NOCT model?b) What is the new power output of the PV module under the new ambient temperature of 35 °C and 1,000W/m2irradiance?

The span of the same leveled transmission line is 300 meters. The carrier's diameter is 15 millimeters. The interconity of Wind pressure on the projected area is 45 kg / m ^ 2. If the Carrier's material is the dencyty 8900 kg / cubic meter, then find Seg. Also find Vertical Seg. The conductor ultimate Tensile Stress is 5000 kg / cm ^ 2. Factor of Safety 2.5.

4. An aluminum conductor having a cross-sectional area of 1843 MCM is used to transmit power from a high-voltage dc (HVDC) generating station to a large urban center. If the city is 900 km from the generating station, determine the resistance of the conductor at a temperature of 20oC. (Use 1 ft = 0.3048 m.) *Round off to 4 decimal digits.

A two-story house with a full basement has an outside dimension of 7.3 m (24 f) by 9.1 m (30 ft). Assuming three appliance circuits, determine the total load and the total demand load. Determine the wind power of a wind turbine travelling the speed of 36km/hr and has a blade length of 3000mm.

please answer in your own words, not copied from google to avoid plagiarism 1.   Why are engineers considered an important segment of society?2.   Is Engineering Management important? Explain why or why not.3.   Research one existing organization (local or abroad; corporation, academe, government, etc.) and identify the different managerial levels. Attach an image of their organizational chart.4.   In your own words, how may one become a successful engineer manager?5.   Give one engineer who became president or general manager of a large company. Insert a screenshot of your reference (e.g., biography, curriculum vitae, LinkedIn profile, Facebook profile, etc.). Preferably one you look up to or someone you may consider as a role model and explain why.

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Determine if the systems given below are Static or Dynamic, Causal or non-causal, Linear or non-linear, Time-invariant or time varying and Stable or unstable. 2. Y2(n)=x(n)+nx(n+1)

engineering economics     Valley Rendering, Inc. is considering purchasing a new flotation system for grease recovery. The company can finance a $150,000 system at 5% per year compound interest or 5.5% per year simple interest. If the total amount owed is due in a single payment at the end of 3 years, (a) which interest rate should  the company select, and (b) how much is the difference in interest between the two schemes?

Given data based on image Find a) y(n) = x(n) b) y(n) = x(n + 1) c) y(n) = 1/2 [x(n + 1) + x(n)] Please solve subparts a,b,c in 60 minutes ASAP thank u

Discuss about intellectual property types and their importance. What are the consequences of poor work quality or omissions with life critical engineering systems? Discuss about contemporary issues containing an engineering component as part of its resolution. These contemporary issues relate to the consequences of poor work quality or omissions with life critical engineering systems.           Explain why the issues are critical.

blood samples taken every 15 minutes. Density h [n] = (0.917) ^ n.u [n] mg / liter.a) Write the difference equation. Draw the representative block diagram of the system consisting of delay elements, fixed multipliers and addition elements.b) Find the half-life (when the density is reduced to half) of the drug.c) Determine if the system is FIR or IIR. Examine the system stability.d) If the drug was administered as x [n] = u [n] mg / l, what would be the highest drug concentration in the blood and when would this value ? + 1 be reached?