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| Category: MTH603 - Numerical Analysis |
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 Fall 2010_MTH603_4_SOL |
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Question#1 Marks 10
Find the approximate value of integral using,
1) Simpson’s 1/3 Rule
2) Simpson’s 3/8 .... |
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 2011-04-04 16:37:32  47.57 KB  1 |
| Fall 2010_MTH603_3_SOL |
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Question #1 Marks 10
Find interpolation polynomial by
1) Lagrange’s .... |
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| 2011-04-04 16:36:40 64.44 KB 1 |
| Fall 2010_MTH603_2_SOL |
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Q. No. 1.
Solve the system of linear equations by Gauss – Seidal Method.
Q. No. 2.
Using Gauss – Jordan Method, solve the linear system of equations:
Note: (Do upto fourth Iteration).
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| 2011-04-04 16:35:33 51.91 KB 5 |
| Fall 2010_MTH603_1_SOL |
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Q. No. 1. (Marks 10)
Use the Method of False Position to find the solution accurate to within 10-4 for the following problem.
Q. No. 2. (Marks 10)
Solve by using the Secant Method up to
four iterations
(Note: Accuracy up to four decimal places is required)
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| 2011-04-04 16:34:29 38.94 KB 1 |
| Spring 2010 MTH603 All Assignments with Solutions |
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| 2010-11-11 14:07:40 124.05 KB 3 |
 Mth603 (Numerical Analysis) |
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Solve the system of linear equations by relaxation method. |
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| 2010-09-08 12:15:56 40 KB 1 |
| MTH603 |
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Solve the following system of equations by Gaussian elimination method |
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| 2010-09-08 12:13:13 42.5 KB 1 |
| Solution_Spring 2010_MTH603_3 |
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Solution_Spring 2010_MTH603_3 |
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| 2010-08-10 11:35:52 44 KB 1 |
| Solution_Fall 2009_MTH603_1 |
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Find the root of the equation given below by bisection method |
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| 2010-08-10 11:20:27 105 KB 1 |
| Fall_2009_MTH603_All Assingments with Solutions |
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Fall_2009_MTH603_All Assingments with Solutions |
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| 2010-08-02 14:25:51 1.61 MB 5 |