quiz_01aae_introduction(1)

# quiz_01aae_introduction(1) - âˆ 4 2 cos 2 Ï€ xdx is most...

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01.01.1 Multiple-Choice Test Chapter 01.01 Introduction to Numerical Methods 1. Solving an engineering problem requires four steps. In order of sequence, the four steps are (A) formulate, solve, interpret, implement (B) solve, formulate, interpret, implement (C) formulate, solve, implement, interpret (D) formulate, implement, solve, interpret 2. One of the roots of the equation 0 3 3 2 3 = + x x x is (A) -1 (B) 1 (C) 3 (D) 3 3. The solution to the set of equations 25 25 = + + c b a 71 8 64 = + + c b a 155 12 144 = + + c b a most nearly is ( ) = c b a , , (A) (1,1,1) (B) (1,-1,1) (C) (1,1,-1) (D) does not have a unique solution. 4. The exact integral of

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Unformatted text preview: âˆ« 4 2 cos 2 Ï€ xdx is most nearly (A)-1.000 (B) 1.000 (C) 0.000 (D) 2.000 01.01.2 Chapter 01.01 5. The value of ( ) . 1 dx dy , given ( ) x y 3 sin 2 = most nearly is (A)-5.9399 (B)-1.980 (C) 0.31402 (D) 5.9918 6. The form of the exact solution of the ordinary differential equation x e y dx dy âˆ’ = + 5 3 2 , ( ) 5 = y is (A) x x Be Ae + âˆ’ 5 . 1 (B) x x Be Ae âˆ’ âˆ’ + 5 . 1 (C) x x Be Ae âˆ’ + 5 . 1 (D) x x Bxe Ae âˆ’ âˆ’ + 5 . 1 For a complete solution, refer to the links at the end of the book....
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## This note was uploaded on 06/12/2011 for the course EML 3041 taught by Professor Kaw,a during the Spring '08 term at University of South Florida.

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quiz_01aae_introduction(1) - âˆ 4 2 cos 2 Ï€ xdx is most...

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