Self Care Assignment

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I) Identify the physical quantities and visualize the situation 1) Given quantities: 3) Sketch the situation given in the problem : 2) Unknown quantities: II) Identify the physics principles involved and the corresponding generic/ textbook equations 4) Principle(s)/ Key idea(s): 5) Equations: III) Plan and execute your solution 6) Analytic solution: 7) Numeric solution: 8) Final Answer: IV) Self check 9) Unit check 10) Number check:

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1. Illustrate MIS applications in Tourism and Hospitality businesses. (Using available resources, research about how MIS is applied in the tourism and hospitality industry. Illustrate actual applications based on your research or observations with the current set up of the industry). 2. Identify the advantages and disadvantages of technological innovation in the tourism and hospitality industry (Research one tourism or hospitality-related technological innovation and cite the advantages and disadvantages of this. Indicate what establishment is implementing such to strengthen your discussion.) 3. Give an example of technological trends applied in the tourism and hospitality industry. (Research one technological trends in the tourism or hospitality industry. Indicate what establishment is implementing such to strengthen your discussion.) 4. Identify the GDS/CRS used by the local airlines (Visit the website of 3 local airlines serving domestic and international flights. Check the content…

In your own words, clearly explain the applicationof signals and systems in Medicine and technology.

In your own words, describe Ohm's law. Give two instances from the real world or from your educational career in which it would be used.

1) The term measuring instrument is commonly used to describe a measurement system, whether it individual measurement elements. 2) Digital instruments, they have the ability to deal very effectively with systematic errors in measurement systems, and errors can be attenuated to very low levels in many cases. 3) These are potentials that arise within measurement systems due to electromechanical action. Poorly soldered joints are a common source.

Based on Professional Morality, explain the following professional engineering scenario wherein two(2) electrical engineers are paid to prepare Electrical System Design of a high-rise mixed commercial and residential building. The first engineer's design leans towards the safety operation and maintenance of building, whereas the other engineer's design favors initial cost of the project. Provide at least three (3) instances that its more reasonable to choose a design that has favored safety over economical criteria of the design.

please include full solutions!!! will give thumbs up if answer has complete solution.

a) Electric circuit is defined as a combination of various electronic components that prevent the flow of electric current. Your answer b) Ideal source have no internal resistance. Your answer c) Inverter is a device changing DC power to AC power. Your answer d) In sinusoidal wave, the voltage varies with the sine of the elapsed time. Your answer

In our quest to understand and bridge the old and new technology or the emerging technology in this modern world, there are techniques to follow to achieve this. Expand your knowledge on the 6 above and present to readers your point view on the subject matter, not less than two pages. Include all sketches or diagrams.

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Answer with explanations.  Don't give direct answer I will dislike for direct answer...

This problem is different from others posted!Calculate the resistances R1 R2 and R3 to heat a conical container of radius 6 cm and height 6 cm of ALCOHOL up to 6 degrees Celsius above the ambient temperature in a time of 6 minutes, to connect to the home, car and interface voltages. USB respectively.Calculate the number of turns necessary for three different coils through which a flow of 60 Wb can circulate, in cycles of 0.3 seconds each and that generates the electrical energy necessary for each of the FEM. (home, car, USB).

shown below respond to the How do the structures applied electrical 三 field. Explain for each one (~2 sentences for each) a) Ec Ev Er

OUTCOME(S) INSTRUCTIONS DELIVERABLES Discuss the environmental sustainability issues in manufacturing for the semiconductor industry. (A2, PLO10) The relatively low cost of production of microelectronic components, also called chips or integrated circuits (ICs), has made computers, mobile phones and other electronic devices inextricable parts of the structure of modern societies. Their very fast expansion into all sectors of the economy contributes to worrying effects on the environment: pollution in manufacturing plants; depletion of raw materials; electricity consumption during use; and accumulation of electronic waste, amongst others. Use Life Cycle Assessment (LCA) assessment to present a global vision of the impacts generated by products. An article to describe the detail of LCA on silicon wafer fabrication Font: Arial, font size 11 and a line spacing of 1.5. Word count: The length of the home assignment should not exceed 2000 words

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.

DETERMINING CAPACITY UTILIZATION AND EFFICIENCY Sara James Bakery has a plant for processing Deluxe breakfast rolls and wants to better understandits capability. Last week the facility produced 148,000 rolls. The effective capacity is 175,000 rolls. Theproduction line operates 7 days per week, with three 8-hour shifts per day. The line was designed toprocess the nut-filled, cinnamon-flavored Deluxe roll at a rate of 1,200 per hour. Determine the designcapacity, utilization, and efficiency for this plant when producing this Deluxe roll. APPROACH c First compute the design capacity and then use Equation (S7-1) to determine utiliza-tion and Equation (S7-2) to determine efficiency.

Hi, I need the answer for question 7.21Your kind help would be appreciated

1 (a) If the ionic content in a transformer oil is very high and the oil has higher density, how can you increase the electroconvection coefficient M of this oil? Consider all parameters that determine the value of M (Note that applied voltage is not a parameter of an oil). M = the symbols have their usual meanings. Note: No numerical substitutions but just implied larger or smaller value for the parameters. (b) Show that if u and M both are reduced for a transformer oil, the ratio d is reduced for constant Comment whether you will choose thin or thick insulation thickness and higher or lower Vb. Note that Vb is related to insulation thickness for a uniform field E. (c) For a liquid transformer oil system, the oil has relative dielectric constant ɛ = 3.45, density p = 2.39 g/cm and ionic mobility u = 3.25 x105 cm?/V-s. If the applied voltage is 660 V and the oil container's top to bottom plate distance d = 2.25 cm, find the electro convection coefficient M.

hi sir .. pls show maximum steps with some words for me to understand as a beginner..thanx a lot..

A system contains three fundamental interdependent components. Examine each of these components in relation to the given statement.

* if possible, kindly the solution isnt handwriting ( text through keyboard ) is much appreciated and readable* Course: EE 350 ( System Dynamics and control ) Major: electrical engineering

Answer ( h)

Where do we use Auxiliary Systems including SCADA in electrical engineering? Can you please explain the basic principle                                    of those and cite some examples? the longer answer the better I'll definitely give a like :)

Q:Discuss the following arguments: 1)Different types of consumers should effectivelyparticipateto realize smart grids 2)Capacitorsusually have both high power densities and energystorage capabilities. ****** Please solve the question correctly and if you are not sure of the answer tell me

Complete the sentence Equality represents ... AC equilibrium condition by the AC bridge method of measuring resistance. DC equilibrium condition by the DC bridge method of measuring resistance. DC equilibrium condition by the AC bridge method of measuring resistance. AC equilibrium condition by the DC bridge method of measuring resistance.

I need very QUICK answers, PLEASE. A coal-fired thermal power plant produces 1100MW of power annually with an efficiency of 44%. The annual operating rate of the plant is 70%. It is desired to establish a Solar Power Plant instead of this power plant. Calculate the required Solar Cell area since the power density of the solar cells used in the power plant to be established is 100W/m^(2).

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