Challenging Engineering Problems with Detailed Answers

We presumed, from the start, that in saturation a MOSFET characteristic is independent of Vds. Consider our method to calculate Lfor short channels, where (cf. Sec. 19.1.2) the presumption was made that Ws = W~WT. Is that true? Using the Vdd values of 0- 5V used in Problem 3, how would a depiction of Figure 19.4 look (qualitatively) at Vps = 0 compared with Vps = 5V? Considering your result, is our presumption"... in saturation a MOSFET characteristic is independent of VDs" actually true? Compare your answer with Figure 19.2. This phenomenon is known as "channel length modulation."
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Consider the first price sealed-bid auction between n bidders. Each bidder i has their own private valuation vi independently drawn from the same uniform distribution on [0,1]. The bidders i must pay his/her own bid, bi, when he/she becomes the winner with the highest bidding price b. When there are Kn bidders who's bidding prices are same and the highest, then we will use a fair lottery. Therefore, the bidder i's payoff will be given as following: with 0 < a 1, the strategy profile (b, ..., bn), and N = {1, ... ,n}, u (b, ..., bn) = 0 if b; < max bj, or u (b, ..., bn) ) vi - max bj jEN = if bi = jEN K max bj, jEN where K = = |{k: b = max b; bk = max bi is the number of bidders who bids the same b;}| highest bidding price. Note that here, when a = 1, this is exactly same as the model that we talked in the class. 1) (10 points) Suppose n = 2 and let's consider the symmetric equilibrium strategy. Find the optimal bidding strategy for the bidder i, b(vi), when his/her valuation is vi = [0,1] 2) (5 points) How this bidding strategy would change when a decrease. Explain the meaning of the result intuitively.
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Sound and its management contribute to the architectural experience. However, there is a misconception on how sound is produced to begin with. Explain this misconception and narrate how managing the nature of sounds nature in the built environment would be far easier once air/wind flow is controlled
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You have been appointed as a member of the Technology Incorporation Committee (TIC) of your facility? [2 marks] A. What is strategic technology incorporation and what is its goal? B. Outline the typical objectives of strategic technology incorporation. [6 marks) C. What is the primary goal of technology planning? Provide a detailed discussion of the FOUR types of evaluation that should be performed for technology planning [22 marks] selection process D. Technology acquisition can be divided into two subprocesses, selection and procurement Discuss FOUR dimensions that should be considered in the [20 marks] E. What is the goal of technology procurement? The most common method of acquisition is purchasing. Review the common ways of conducting a purchase. [20 marks) F. Discuss the following alternatives to purchasing [5 marks] Lease [5 marks] ii. Rental [5 marks] iii. Consumable-Purchase Agreement [5 marks] iv. Revenue-Sharing Agreement
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in extreme detail give an example of a business that would benefit from power factor correction, and why the load would be inductive or capacitive to begin with? be very descriptive.
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Short questions (2 points): Which one the following motors are a self-starter one? b) Synch. Motor a) 3ph IM c) 1ph IM Which one of the following motors can work in a leading power factor? a) 3ph IM b) Synch. Motor c) 1ph IM
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Objectives, Criteria and Constraints Introduction about the project. List the objectives of doing this Project. List the criteria and constraints. Besides the technical constraints, you have to include at least three of the following constraints: Public health, safety, welfare, as well as, global, cultural, social, environmental, and economic factors. 4. Automatic Street Light Controller Most of the street lights are manually controlled by human operators, who perform the task of turning street lights on-off. Failing to turn on lights on time might result in an increased crime rate or wastage of electric power if lights are not turned off on time. As an engineer, you are required to solve this problem by designing a circuit that will automatically turn on a LED if it is not very dark (still little bright) and turn on another LED if it is darker (no brightness). The designed system should meet the following conditions: a. Follow the engineering design process steps throughout the project. b. Use at least two Op-Amps in the design. c. You are not allowed to use any type of microcontrollers. d. The output action/indicator may be LEDs and each of them turns on when measured light value falls below its threshold value. e. Take into consideration that suitable currents should be applied for each element/sensor/actuator in your circuit, otherwise they may not work well or they may burn out; also, if the current exceeds the max allowed current for the LED, it will burn out after some
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FACULTY OF ENGINEERING AND INMATION TECILOGY DEPARTMENT OF Telem Engineering QUESTION NO. 4: Mos Como (7.5 POINTS) Given the following information for a one-year project with Budget at Completion (BAC)- 150,000 $, answer the following questions. (6 paints) After two months of project implementation the Rate of performance (RP) is 70% Planned Value (PV) -30,000 $ Actual Cost (AC)-40,000 $ What is the cost variance, schedule variance, cost performance Index, Schedule performance index for the project (2.5 points)? 2. Is the project ahead of schedule or behind schedule? (1 points) 3. Is the project under budget or over budget? (1 points). 4. Estimate at Completion (EAC) for the project, is the project performing better or worse than planned? (1.5 points). 5. Estimate how long it will take to finish the project. (1.5 points)
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What is the maximum possible information-transmission rate given above symbol- transmission rate? f. If the information-transmission rate R in 4d. (i.e., Part d. of this problem) equals channel capacity C, what is the bandwidth W, assuming SNR=30 dB? g. If the information-transmission rate exceeds the channel capacity, could the message be transmitted free of errors?
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Show the monthly electricity bill calculations for your home mentioning the energy consumed by every appliance at your home.
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Identify, critically analyse and communicate the potential technical problems in the industrial communication system to the stake holders.
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espan of equipment, and reduces property damag 4. What are the pitfalls of high-speed protection?| P5. Give an estimate of relay operating tima
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im doing a a load schedule somy questiom is:how do i get operating load for a AC units im going to do??do i add up all the powers of each unit or do i pick one rating and aplly a formula??how exactly do i get operating load and what is operating load???
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In terms of System_1, with given parameters as below, a link budget analysis is carried out to calculate. This analysis aims to find out the received power, maximum channel noise, and link margin to be sufficient to provide a 54Mbps data rate and ensure better than 99% link availability based on Rayleighs Fading Model. Requirements for industrial commissioning of wireless transmission: Parameters Value Distance 5 km Frequency 5.8GHz Link Type Point-to-Point Line-of-sight Yes(Fresnel Zone) Radio System TR-5plus-24System_1 of wireless transmission, the link budget is calculated and designed for this system, a 5km line-of-sight link with sufficient Fresnel Zone will be considered. The design required to use of calculation of free space path loss, received power, maximum noise and link margin in order to ensure this transmission link has enough link margin for a reliable link.Please help me to calulate free space path loss, received power, maximum noise and link margin.
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A power system is operating on economic load dispatch. If raising the output of Plant 2 by 100 kw, keeping all other outputs constant, results in a system real I'R power loss of 15kw, determine the Plant 2 penalty factor.
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Name three broad policy instruments and discuss how they can be used to implement your country's policy of transitioning from a heavy fossil fuel-based economy to a low-carbon economy. [4 Marks] b. Neither mitigation nor adaptation measures alone can deal with the impacts of climate change. Explain how the two are complementary. [3 Marks] c. Explain global warming potential (GWP), and name the six IPCC greenhouse gases as used for reporting purposes under the UNFCCC in order of their GWP. [3 Marks] Question 5: [10 Marks] a. (i) Briefly explain what a policy instrument means.
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engg law lecture3) An engineer working in a well reputed engineering firm was responsible for the designing and estimation of a bridge to be constructed. Due to some design inadequacies the bridge failed while in construction. Evaluate with reference to this case whether there will be a legal entitlement (cite relevant article of tort case that can be levied against the engineer incharge in this case)
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You are an undergraduate student from electrical engineering department, University of Kufa and you have a bachelor's degree. You would like to apply for a job to a communication company. Write an email to the admission office and your email includes: What your qualifications are for the job? - What you have to offer the company? -How the recipient can get in touch with you?
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What is the primary reason for adopting transposition of conductors in a three phase distribution system? O A. To balance the currents in an asymmetric arrangement of phase conductors O B. To reduce the resistances of the phase conductors O C. To increase the reactive voltage drop along the length of the line O D. To reduce the reactances of the phase conductors
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The following case study illustrates the procedure that should be followed to obtain the settings of a distance relay. Determining the settings is a well-defined process, provided that the criteria are correctly applied, but the actual implementation will vary, depending not only on each relay manufacturer but also on each type of relay. For the case study, consider a distance relay installed at the Pance substation in the circuit to Juanchito substation in the system shown diagrammatically in Figure 1.1, which provides a schematic diagram of the impedances as seen by the relay. The numbers against each busbar correspond to those used in the short-circuit study, and shown in Figure 1.2. The CT and VT transformation ratios are 600/5 and 1000/1 respectively.
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Write a technical report on Feedback Pair, which include, but is not limited to, the following topics:AC AnalysisDC Analysis
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Course INFORMATION SYSTEM AUDIT AND CONTROL4. Discuss the difference between External vs. Internal Auditors
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The cost for two plants is given by -3013P 1001P where 150 Pe 250, 200 P320 are in MW Find the incremental cost and the optimal schedule for PG and PG when total demand is 380 MW. What plant is the most expensive?
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Answer following short questions. (i) What are the series of processes involved in the communication process? (ii) Why do we need modulation? Q-2 Answer following multiple choi T A
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