Reference no: EM13978339
You will write two essays in response to the questions below. Please answer either Question 1 or Question 2and (for everyone)
Question 4.Use all the technical skills you have developed thus far; remember to explain clearly what each variable measures, the units used, and the underlying concepts. Writing and presentation count as well. Each answer should be structured as an analytic essay. This means you need to make a clear argument that answers the question and you need to use data and statistical analysis to support your answer. Finally, make sure that all your figures and tables are nicely presented, appropriated titled and labels, with legends as necessary, and make effective use of color. The total length of your midterm, including all graphics and any statistical output, should not be more than 15 pages. You may single-space the text. Please leave standard 1-inch margins on all four sides.
1. Use the hw2.dta dataset to analyze Europe's economic standing compared with other continents on the globe.
How has income inequality between Europe, Asia, and Africa changed over the period for which you have data?
Construct answers using both population-weighted and unweighted measures.
Make sure to explain in detail how you know whether inequality is increasing or not.
Offer an interpretation of your findings.
2. Use the dataset inequality.dta to discuss whether inequality between Angola, Argentina, China, and Japan from 1975 to 2009 has increased or not.
Compare your answers using both population-weighted and unweighted country measures. Make sure to explain in detail how you know whether inequality is increasing or not.
Offer an interpretation of your findings.
3. Use the dataset corruption.dta to analyze the relationship between corruption and political instability across countries of the world.
Explain why countries that generally do a poor job controlling corruption may or may not experience more political instability.
[Hint: Consider the problem from a multivariate perspective.]
Illustrate your argument with additional specific evidence from Africa.
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What will happen to the image formed on the screen
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What was the approximate distance to the moon
: This sound was picked up by the microphone in the space suit (intended for the astronaut's voice) and sent back to Earth as a radio echo of sorts. If the round-trip time was 2.60 s, what was the approximate distance to the Moon, neglecting any del..
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Take any information from internet and use it
: Hey last time you did a good job but i lost 9 marks this time do it perfect so i don't loose points and don't take any information from internet.
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What is the radius of the orbit of singly ionized molecule
: In a certain mass spectrometer a singly ionized molecule whose molecular weight is 182 a.u. moves in a circle of radius 3.4 cm with the speed of 1.9 m/s, What is the radius of the orbit of singly ionized molecule whose molecular weight is 83 a.u.,..
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Illustrate your argument with additional specific evidence
: Use the dataset inequality.dta to discuss whether inequality between Angola, Argentina, China, and Japan from 1975 to 2009 has increased or not.
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Find the image distance and magnification for this mirror
: Assume a convex mirror has a radius of curvature of 13.5 m and that there is a car that is 10.8 m behind the mirror. For a flat mirror, the image distance would be -10.8 m and the magnification would be 1. Find the image distance and magnification..
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Explain how forecasting is used in hrm
: Forecasting - Explain how forecasting is used in HRM. Is management, outside of HRM, necessary in forecasting? Why or why not
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How tall is the image of the lamp
: A convex mirror has a radius of curvature whose magnitude is 41 cm. The mirror is positioned on a horizontal optical bench with its front surface at 0 cm. A 11.5 cm long fluorescent lamp oriented vertically is placed at +101 cm. What is the focal ..
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Calculate the size of the image
: A convex spherical mirror has a radius of curvature of 10.0, Calculate the location of the image formed by an 8.00-mm-tall object whose distance from the mirror is 10.0 cm .
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