Question posted by Leonidas
Leonidas from
Questions Posted by Leonidas
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| Bounty | Status | Category | Sub-Category | Question | Due | $0.25 | Closed, closed | English | European and British Literary Tradition |
what is satire prose writing
what is satire prose writing |
Sep. 05, 2010 | $10.00 | Closed, closed | English | General English |
cover letter and resume
Write a cover letter and resume for a person seeking for a teaching job. |
Jun. 05, 2010 | $10.00 | Closed, closed | English | General English |
Literature
1. Write a review of the short story " The Rocking-Horse Winner." 2. Evaluate the story, remembering to state your opinions and support them with details and examples for the story. |
May. 09, 2010 | $10.00 | Closed, closed | English | General English |
Bristish Literature
Create a narrative poem in the Anglo-Saxon style of Beowulf. |
May. 09, 2010 | $10.00 | Closed, closed | Mathematics | General Mathematics |
precalculas multiple choice
20 precalculas multiple choice quesions |
Mar. 26, 2010 | $10.00 | Closed, closed | Mathematics | General Mathematics |
precalculas multiples choice
20 precalculas questions |
Mar. 26, 2010 | $0.50 | Closed, closed | Mathematics | General Mathematics |
Precalculus mulitple choice
1. What are the domain and range of the relation: {(-1,-2), (1,-2),(3,1)}? is the relation a function? a. D= {-1,1,3}; R={-2,1}; yes b. D= {-2,1}; R={-1,1,3}; no c. #= {-1,-2,3}; R={-1,1}; no d.... |
Mar. 25, 2010 | $0.50 | Closed, closed | Mathematics | General Mathematics |
Precalculus mulitple choice
2. Given f(x)= x²+2x, find f(a - 3). a. a² - 4a + 3 b. a² + 2a - 15 c. a² + 8a + 3 d. a² - 4a + 6 |
Mar. 25, 2010 | $0.50 | Closed, closed | Mathematics | General Mathematics |
Precalculus mulitple choice
4. If f(x)= x/x - 3 and g(x)= 2x - 1, find (f - g)(x). a.-2x² + 8x - 3/x - 3 b. -2x² + 6x + 1/x - 3 c. -2x² + 5x - 3/x - 3 d. 2x² + 6x + 3/x - 3 |
Mar. 25, 2010 | $0.50 | Closed, closed | Mathematics | General Mathematics |
Precalculus mulitple choice
5. If f(x)=x² + 1 and g(x)=1/x, find [f º g](x). a. x + 1/x b. .1/x² c. 1/x² + 1 d. 1/x² + 1 |
Mar. 25, 2010 |
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