Reference no: EM13968336
• Your first paragraph should be a description of the item (WHAT). Is it a toy, a tool, a book? What is it made of? How did it get into the box (ask Dr. Clark) or where (besides Amazon) could you obtain one? Include an image of your item in your uploaded document (no larger than 3x3").
• Your second paragraph should explain the place of origin of the object/what place it represents (WHERE). Include a map of that place in your essay (no larger than 3x3"), labelled with a citation or website where you found the map. (Hint: Your book and the associated web site with your book is the best place to begin.)
• Your third paragraph should explain the time represented by your object (WHEN). Is there a date associated with your object? Is it old? New? (Hint: the object may be new, like a costume, but represent something old, like the Renaissance. The object may be a toy, like Cheburashka, but represent something from the past, like the USSR.)
• Your fourth paragraph should link your object with a person or with a group of people, such as an ethnic group, religious group, economic class, or nation. (WHO) So, who would use the object, or who is represented by it? You may have a tricky one, like a card game about flags, in which case, postulate who would use the game.
• Your last paragraph is your WHY paragraph. Discuss WHY this object is important to understanding Europe/Western Civilization. You may address a topic such as:
o Religion
o History
o Geosranhv
o Ecology
o Politics
o Culture: Art/Dance/Music/Literature
For more assistance in writing on material culture, see : Daniel Waugh, "Material Culture/Objects," World History Sources, Center for History and New Media, George Mason University.
https://chnm.gmu.edu/worldhistorysources/unpacking/objectsg, de.pdf. (Last Accessed April 14, 2015).
Irene Bierman, "Material Culture/Images," World History Sources, Center for History and New Media, George Mason University.
https://chnm.gmu.edu/worldhistorysources/unpacking/imagesrr n.html (Last Accessed APril 14, 2015).
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How you will incorporate this knowledge into your own blog
: An evaluation of your fellow students' blogs. Explain the components and elements required to develop and design an effective and visually appealing blog. Explain how you will incorporate this knowledge into your own blog
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Reconstruct the shortest paths
: 1. Write a routine to reconstruct the shortest paths from the algorithm in Section 10.3.4. 2. The binomial coef?cients C(N, k) can be de?ned recursively as follows: C(N, 0) = 1, C(N, N) = 1, and, for 0 k N, C(N, k) = C(N - 1, k) + C(N - 1, k - 1). ..
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Does the company have any preferred stock
: Does the company have any preferred stock? What is the dividend rate? How many shares are issued and outstanding?
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What is it wavelength of maximum emissions in nano meters
: The bright star Bellatrix in the Constellation Orion has a surface temperature of 21,500 K. What is it's wavelength of maximum emissions in nano meters? what is the color?
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Explain place of origin of object what place it represents
: Your second paragraph should explain the place of origin of the object/what place it represents (WHERE). Include a map of that place in your essay, labelled with a citation or website where you found the map.
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What is the surface temperature of antares
: The bright star Antares in the Constellation Scorpius emits the greatest intensity of radiation at a wavelength of 853 nano meters. what is the surface temperature of Antares? What color is that star.
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Greedy algorithms for chained matrix
: 1. Show that none of the following greedy algorithms for chained matrix multiplica- tion work. At each step
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Analysis of the sampling algorithm
: 1. Much of the information used to compute the median-of-median-of-?ve is thrown away. Show how the number of comparisons can be reduced by more careful use of the information. 2. Complete the analysis of the sampling algorithm described at the en..
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Determine the instantaneous acceleration
: An object moves along thex axis according to the equationx = 2.55t2 - 2.00t + 3.00, wherex is in meters andt is in seconds. Determine the average speed between t = 3.00 s and t = 5.00 s.
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