Category: Engineering

1 – Primary purpose for using the device (cooking, heating/cooling, mixing/separating, etc.). This is your
“desired outcome.” Express this in terms of some measurable property of the system at the end (temperature
(of what, where?), extent of reaction, etc.).
2 – Type of chemical process unit
– reactor, heater/cooler, separator, etc.
– batch, semibatch, steady state flow, unsteady state flow, etc. – indicate number of feeds (NF),
number of product streams (NP), and whether or not there is an initial charge
3 – Secondary processes that occur within the device, and where they occur
– heat transfer (what kind? Where? Driven by what? Resisted by what? – answer for each
process that occurs)
– mass transfer (same questions as for heat transfer – answer for each process that occurs)
4 – Inputs and outputs
– mass and energy, and for each, say
o is it fed as an initial charge, continuous flow, or pulse
o source of all inputs; destination of all outputs
5 – Fully labeled block diagram, with
– one or more labeled boxes, indicating type of unit (written inside), constants (e.g. T, P, etc.,
written on top), and if chemical reactor write out reaction (written below)
– straight unbroken arrows to indicate flow of material
– straight dashed arrows to indicate one or more pulses of material
– jagged unbroken arrows to indicate flow of energy
– jagged dashed arrows to indicate one or more pulses of energy
– “source” and “disposal” units for all mass and energy inputs and outputs, depicted in each case as
a box with a question mark (?) and some words explaining what it is.
6 – Write out a “walk” through the device.
– Describe the initial conditions of the
o device (empty, partly full, full; cold, warm, etc.)
o inputs (phases, temperature, etc.)
– Describe all of the processes that the inputs undergo. Analyze in terms of
o mass and energy transfer, and other required equations (use word equations if
necessary)
– Describe the “final” state of the system and/or its contents. Steady state? Equilibrium? Some
desired end point? Don’t forget to include a discussion of what happens with time.
– Include a discussion of any relevant and/or interesting design features that promote the
occurrence or efficiency of each aspect of these processes. Insert these comments in ALL
CAPS in the appropriate place in the text.
7 – Answer the following:
– What hardware factors influence the outcome (materials of construction, various size
parameters or dimensions, proximity of various parts of the unit to each other or to the
processed material, surface-to-volume ratio considerations, etc.)? Explain for each case.
– What operating conditions influence the outcome (initial conditions of the unit and/or the
inputs, T, P, specific mass or energy flow rates, time of operation, etc.)? Explain for each case.
8 – What aspects of the process can and should be controlled at the source (e.g. temperature, flow rates of any
inputs, pressure in the unit, run time, etc.). Include a sensitivity analysis of the outcome (and state which
outcome you’re analyzing) with respect to each of the controlled variables.
Continued on next page…..
Please consider the following 5 appliances:
1 – TOASTER (the kind where you lower the bread into a slot)
2 – ELECTRIC DRIP COFFEE MAKER
3 – GAS BURNER ON A STOVE
4 – CHARCOAL BARBECUE GRILL
5 – STEAM HEATER IN AN APARTMENT BUILDING, WITH THE BOILER IN THE BASEMENT  

Instructions will be uploaded later.
Important Info
The order was placed through a short procedure (customer skipped some order details).
Please clarify some paper details before starting to work on the order.
Type of paper and subject
Number of sources and formatting style
Type of service (writing, rewriting, etc)

Format: Prepare a 5-6 page research study that focuses on the problems with each steps of paper clip manufacturing. Concentrate on material selection, process selection and cost of manufacturing. Examine the advantages, disadvantages, and cost of the materials used. Study the bending method in order to manufacturing the paper clip.  Determine at what stage of manufacture and by what method should the surface treatment be performed. Determine the final coating of the paper clip
Task: Since the research that you are preparing for your committee, examine whether the components that are used are the most operational way to manufacture paper clip. Provide references and citations of your research in an organized manner. Your study must address the questions that might arise from complication during manufacturing.
Abstract of research- 1 page that summarizes their research after finishing the paper.

Objective:
The objective of this assignment is to deepen your understanding of basic circuits by designing and analyzing a circuit comprising essential components like resistors and batteries. Through this assignment, you will not only construct a circuit but also reinforce your knowledge by performing relevant calculations to support your design.
Task:
1. Design a Basic Circuit:
– Create a simple circuit consisting of at three resistors or more and one battery.
– Choose appropriate values for the resistor(s) and battery voltage to ensure the circuit operates within safe limits.
– Use circuit design software (e.g., , Multisim) or physical components if available.
2. Calculate Circuit Parameters:
– Calculate the total resistance (R_total) of the circuit.
– Determine the total current (I_total) flowing through the circuit.
– Compute the voltage drop across each resistor (if multiple resistors are used).
– Ensure you understand and apply Ohm’s Law (V = I * R) and series/parallel resistor configurations if applicable.
3. Prepare Presentation:
– Create a presentation (slides or video format) explaining your circuit design and calculations.
– Include the following elements:
– Introduction to the circuit components used (resistors, batteries).
– Schematic diagram of the circuit.
– Explanation of how the circuit operates.
– Step-by-step calculation of circuit parameters (total resistance, total current, voltage drops).
– Any assumptions made during the design process.
– Safety considerations, if any.
– Use clear visuals and concise explanations to communicate your design effectively.

I need a review about State Estimation in modern power grids to add to my dissertation. I need at least 5 pages and 6 references and I’m in a hurry.

Attached paper to be converted to ppt slides.   the ppt outlines should cover: 1. Title Slide
2. Introduction
3. Literature Review
4. Methodology
5. Results
6. Discussion
7. Conclusion
8. References 
Note that some of the above can be combind and  should be from the attached paper. Please present it in creative and informative way. The design (background, icons etc..) should be creative , attractive and related to the paper (sustainability and construction).

I′ve got a Heat Loss Worksheet and it didn′t realize that I′ve got a chart that comes along with it and confused on how it need to be filled out. However this page has to be printed and handed in person. I can send photos now. Its the un-filled Big White Chart that needs to be filled in

Below is the assignment. I want the item to be a flashlight. It’s called ThruNite Archer 2A V3
You will write a description of a simple technological item.
Choose one that interests you particularly and explain its purpose. Think carefully about your choice. Descriptions of objects, mechanisms, and processes appear in virtually every kind of technical communication. Instructions are also frequently used.
Choose a simple technological item and a specific brand for description: a Swingline stapler, an Apple earphone, a Parker pen, or another simple item. 
Divide the item into its components: parts and subparts. Then, describe each part and subpart in detail.
Take pictures and label them. If you use images from the Internet, proper citation is needed. Give every picture a figure number and a caption.
Your Tech Description will have the following elements:
Title page/cover sheet
Outline of the Contents
Introduction. You’ll discuss the history of the innovation, the innovator, the need for the innovation, and all relevant history and background information.
Body: The actual Technical Description of the innovation, including the parts and descriptions. You must determine a logical structure: top, middle, bottom, or exterior and interior parts, etc. Arrange the content in an outline format. Use Illustrations/ images and cite them.
You may want to add another section on how the item functions or can be used.
Conclusion
References page.
Research will be involved. References (AND PROPER CITATION) will be mandatory.
Review the section on Technical Description in the course reader for more instructions.
Minimum five pages. More pages may be necessary.
*Self-Reflection 1-2 pages. The self-reflection answers the questions: What did I learn? What will I use again? What objectives from the course learning outcomes did this assignment address?
*Every assignment requires a Self-Reflection essay, which will refer to the Course Learning Outcomes listed at the beginning of the syllabus. You will use these brief Self-Reflections to write your final Self-Assessment /Theory of Writing Essay for your digital portfolio.

To
address the challenges of high energy prices and network losses, decentralized
power generation has become essential. Stirling engines, known for their
remarkable efficiency, offer an economically viable solution by harnessing
solar energy, which is not suitable for internal combustion engines. Solar
Stirling engines have the potential to be commercialized and utilized for
decentralized electricity generation on a small to medium scale. A critical
aspect of setting up an efficient solar Stirling engine system is the selection
and design of the collector. This research aims to develop a novel hybrid parabolic
dish system integrated with a Stirling engine and thermal storage. The
installation of this hybrid design is complex and has been divided into three
main sections: (a) the parabolic Stirling system (2m2), (b) the
parabolic thermal receiver system (6m2), and (c) the phase-change
materials thermal storage system that connects both systems. An in-depth study
has been conducted on a meticulously designed 50-watt solar parabolic collector
optimized for Stirling engines, with the incorporation of optical energy
storage and thorough thermal analysis. In this setup, solar energy is
concentrated and directed towards a fluid-filled pipe through a mirror
arrangement. Solidworks software was employed to determine collector
parameters, considering geographic, temporal, and environmental conditions,
fluid inlet temperature, and other relevant factors. The results demonstrate
that the Stirling engine exhibits oscillating performance in response to
temperature fluctuations. Testing confirms that the prototype model achieved a
net output power of up to 50 W at a temperature of 330 ℃, effectively storing
energy and extending production capabilities until midnight. While initial
experiments yielded unsatisfactory production power, the integration of an
additional 4 hours of operation with the thermal control system significantly
improved performance.

my part on this assessment is the costs to implement the projects
I have attached Ballarat Transport Plan, the projects. When you look on the costs to implement the projects, Can you Provide an estimated cost plan for the design, construction and operation of the infrastructure projects . Could you show a calculation of the net present value of the costs?
https://www.ballarat.vic.gov.au/sites/default/files/2021-04/Ballarat%20Integrated%20Transport%20Action%20Plan.pdf
* Refer to sections 20 and 22
I attached a lecture for 5 weeks for you to show how to do a cost plan
you should reference in the Chicago style.