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  • Course Code: ENGT5219
  • Course Title: engineering business environment
  • Referencing Styles : Harvard

The Triple Bottom LineMaking Use Of Academic Literature, Briefly Summarise Each Of The Approaches To Sustainable Development Below, Explaining How Suitable (Or Not) Each Might For The  Analysis Of Business Performance In The Context Of Clean Growth  Choose a Type Of Business (Such As a Breakfast Cereal Manufacturer) From Either The Automotive, Construction, Energy Or Food Sectors; Then Choose Two Approaches From  The List Abo...

  • Course Code: EEEN10232
  • Course Title: electronic circuit design
  • Referencing Styles : Not Selected

FundamentalsDiscuss the benefits of power factor correction in RLC-type circuits (motors, generators, control networks, etc.) for commercial users and dangers of over-correction. Make sure to refer to practical examples and include calculations to back up your arguments from performance and financial points of view.  Inductive load is the most common load and found in variety of applications such as generators, transformers and induc...

  • Course Code: EEEN10021
  • Course Title: electronic materials
  • Referencing Styles : Harvard

The General Equation of a Complex Waveform As a form of alternating energy often found in electrical industry, A.C supply is always considered to be sinusoidal. nonetheless, several AC waveforms are not sinusoidal. For instance, sawtooth provide waveforms for ramps, and multivibrators can generate rectangular waveforms. hence, a complex wave   It may be demonstrated that this type of waveform consists of a succession of sinus...

  • Course Code: MMH624490
  • Course Title: advanced ac and dc transmission system
  • Referencing Styles : Not Selected

ObjectiveQ1. Benchmark of the transmission system. Models of instantaneous quantities shall be used where appropriate. [30 marks] (a) Calculate the reactance and resistance of power lines of AC and CB in ohms. [3] (b) Calculate the active and reactive loads at both Bus B and C in MW and MVar. [3] (c) Use simulation case studies to evaluate how the variations of loads may affect the voltage profiles at both B and C (keep the power fact...

  • Course Code: ET0001
  • Course Title: enterprise and innovation
  • Referencing Styles : Harvard

Overview of HuaweiHuawei Case Study Chinese Telecommunications Giant Huawei: Strategies to Success Founded in 1987 by Ren Zhengfei, Huawei Technologies Co. Ltd. (Huawei) has transformed from a one-room workshop in Shenzhen, China, to the world’s largest information and communications technology (ICT) solutions and services provider. Over the years, it has developed capabilities across carrier network, enterprise and consumer fields. Wi...

  • Course Code: EECT009
  • Course Title: sustainability and environmental management
  • Referencing Styles : Harvard

Part A - Business ReportThis module is assessed through one graded element worth 100%. You must achieve at least 50% to pass this module. Business report in the role of a management consultant, you are required to undertake an overall strategy review of tesla and provide a business report to the ceo on further growth opportunities using the techniques and concepts you have covered in the module. Powerpoint presentation in the role of a m...

  • Course Code: PSY2040
  • Course Title: social psychology
  • Referencing Styles : Open

Course ObjectivesComputer 1. Define and utilize the physics principles of electrical circuits. Circuit Building: To begin with, please proceed to the following website: Once you are there, you should see a screen that looks like this 1. Let’s start out “easy” by making a light ...

  • Course Code: ELEC40714
  • Course Title: analogue electronic circuits
  • Referencing Styles : Open

Learning outcomes for this assignmentModule learning outcomes for this assignment: Demonstrate the knowledge and understanding of electronic devices such as p-n junction diode and bipolar junction transistor. Knowledge and understanding. Analyse the experimental data recorded and represent them by graphical or other means analysis. Use appropriate mathematical or scientific techniques to evaluate engineering parameters science and mathe...

  • Course Code: ELECENG401
  • Course Title: fundamentals of electronic devices
  • Referencing Styles : APA

Forward Bias I-V Characteristics of Si DiodeUsing PSpice/MultiSim simulator, design diode circuits and extract parameters: Calculate I-V characteristics for a Si diode under forward bias (0-3V, step 0.005V) with saturation current Is=2 10-6A, ideal factor n=1.75 and series resistance  Rs=0.1 Ohm. For a diode evaluation model 1N1204C* (or similar), design a circuit to measure current under forward bias 0-3 V with step 0.01 V. Plot data a...

  • Course Code: 6F3B
  • Course Title: software engineering for business
  • Referencing Styles : Harvard

Scenario OverviewTask Electric Supply has over 40 years of experience in the residential and commercial field of electrical distribution sector. They specialize in recessed lighting, dimming, lamps, ballasts, and much more from quality manufacturers such as: Juno Lighting, Iris™, Lutron, Philips, Advance, GE, Pass & Seymour Legrand, Lithonia Lighting, as well as many others. The company is passionate about making your experience as a...

  • Course Code: CCIM4125
  • Course Title: electrical power transmission and distribution
  • Referencing Styles : APA

Section A (10 marks in total)Section A (10 marks in total)A1. When the voltage of a transmission line is increased by 2 times, what will be the expected changes in the power transfer capabilityA Increased by 2 timesB Decreased by 2 timesC Increased by 4 timesD Decreased by 4 times   A2. The per unit impedance Z(pu) is given byA Z?* (kVA)base/(KV)²baseB Z?* (MVA)base/((KV)²base *100)C Z?* (MVA)base*100/(KV)&A...

  • Course Code: ECE2100
  • Course Title: circuit analysis
  • Referencing Styles : IEEE

Filter StageAn Audio Equalizer is a sub?system that most fancy audio stereos are equipped with. This system uses a number of variable resistors (knobs) to increase the emphasis on specific sub?band of the audio signal frequency spectrum, moving the tone of the audio from treble to bass or vice versa. The block diagram of a 3 sub?band equalizer, is shown below, and we would like to fill in the blocks of each stage with our own circuits. This e...

  • Course Code: 1025ODLN
  • Course Title: electrical machines
  • Referencing Styles : Not Selected

Question: Three-Phase Induction Motors Instructions This assignment forms part of the formal assessment for this module. If you fail to reach the required standard for the assignment then you will be allowed to resubmit but a resubmission will only be eligible for a Pass grade, not a Merit or Distinction.You should therefore not submit the assignment until you are reasonably sure that you have completed it successfully. Seek your tutor's a...

  • Course Code: QENM015
  • Course Title: carrying out preventative planned maintenance on electrical equipment
  • Referencing Styles : Not Selected

Questions: Describe the health and safety requirements of the area in which the planned maintenance activity is to take place, and the responsibility these requirements place on the learner Describe the isolation and lock?off procedure or permit?to?work procedure that applies to maintenance activities (such as electrical isolation, locking off switch gear, removal of fuses, placing of maintenance warning notices, proving the isolation has ...

  • Course Code: MECH532
  • Course Title: design of mechatronics systems
  • Referencing Styles : APA

Task: Need for the lab report : (400 words total) 1) objectives ( 100 words) 2) introduction (150 words) 3) conclusion (150 words) please answer all of the lab report requirements questions in CW7 I have already done the procedure and discussion parts In this lab we were required to adjust DC motor speed with potentiometer input. 1.Open the program and apply the connection below   2.Run the simulation and play with knob of the potenti...

  • Course Code: 4MA008
  • Course Title: engineering science
  • Referencing Styles : Open

Section A (Electrical)QA1 (a) A battery has an open-circuit voltage of 12 V and a full-load rated current of 1 A. When a load resistance R is connected across it drawing the full rated current of the battery, the load voltage is found to be 11 V. Determine the internal resistance of the battery and its voltage regulation. (b) Determine the resistance, at room temperature, of a copper wire having a diameter of 2.0 mm and a length of 500 m. You m...

  • Course Code: ENGG225
  • Course Title: fundamentals of electrical circuits and machines
  • Referencing Styles : Harvard

Question: Learning Outcomes: LO1 Use appropriate mathematical techniques to solve a range of electrical and electronic problems The submission is in the form of an individual written report. Calculations and answers, including diagrams of the circuits Completed table of information. Written explanation of differences in results. Completed table of information. Written explanation of differences in results. Use critical reflection to eval...

  • Course Code: EECT052
  • Course Title: electrical and electronic engineering
  • Referencing Styles : IEEE

Technical ReportSimulate Simple current and mechanical responses completed.Choose a representative motor you wish to use for your application:Simulate current waveform during higher speed voltage control mode for your machine – to include commutation mid-way through cycle.Calculate average torque over cycle and apply this to a mechanical model to obtain speed – feed ω back to electrical model to calculate EMFIncrease the co...

  • Course Code: MMH624492
  • Course Title: smart grid and sustainable energy system
  • Referencing Styles : IEEE

Tasks· Coursework report should not be longer (excluding contents, tables, figures, and references) · Ensure the title of coursework, date, your name and matriculation number are included on the front cover.· Coursework weight is 50% of total module mark. Coursework marks will be distributed over questions as indicated. · In lab sessions, more than one method to export Simulink scope plots, curves, and data to you...

  • Course Code: MMH624493
  • Course Title: power system operation and protection
  • Referencing Styles : Harvard

PreliminaryThe performance of a power system depends on the nature and profile of the connected load.For heavy or light loads, the voltage profile of the transmission and distribution lines is hugely affected. In many practical cases, the power system is more efficient with the use of compensators that can be connected in series or in shunt with the lines; its location in the power grid and type are topics of research projects. The aim of th...

  • Course Code: ENGR7031
  • Course Title: electric powertrain systems
  • Referencing Styles : Harvard

Coursework OverviewThis module has two pieces of coursework and each worth 50% of the total assessment for this module. The first coursework deals with the most important parts of the electric power train – battery storage system, electronic inverter, and electric motor. The second course work deals with the thermal management of electric powertrain systems. his coursework is focused on the most important parts of the electri...

  • Course Code: MEC11123
  • Course Title: sustainable energy technologies
  • Referencing Styles : Open

Types of Hydro Turbines and their conditions of useQ1.a) i) In your own words, discuss the different types of hydro turbines available and under what flow and site conditions they can be used. (6) ii) A hydroelectric generating set operates at a rated head of 15 m, a rated flow of 0.65 m3/s and 1200 rpm. Determine the rated output power and its Capacity Factor, if it has an overall efficiency of 85% and produces an energy output of 520,000 kW...

  • Course Code: ETEC117
  • Course Title: electrical theory
  • Referencing Styles : AGLC

Solution ApproachSubmit a project report that has the following sections�Introduction - Problem definition Solution approach Results and discussions Conclusions The following rubric will be used to mark the report(20) Organization of the report (is it typed? how neat? does it have a table of content? references? figure/table numbers? are plots in figures appropriately labeled) ïÂ&iq...

  • Course Code: HNEE03
  • Course Title: engineering science
  • Referencing Styles : Harvard

Unit Learning Outcomes1. Examine scientific data and apply appropriately using computational methods. 2. Determine parameters within mechanical engineering systems 3. Explore the characteristics and properties of engineering materials 4. Analyse applications of A.C./D.C. circuit theorems, electromagnetic principles and properties. You are employed as a trainee engineer in a megatronics laboratory and the position requires you to have a f...

  • Course Code: ENGG701
  • Course Title: Engineering and Applied Science
  • Referencing Styles : APA

Components of Wind TurbinesTurbines,  the  risk  of  working  in  confined  spaces,  and  finally  the risk of ice accretion and irregular shedding when the wind turbine  is  in  operation  phase  or  even  when  it  is  stationary.  The last  type  of  risk  is  highly  observed  in  cold  clima...

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