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Aligarh Muslim University (AMU) 2010 B.Sc Mathematics -(Numerical Analysis) - Question Paper

Tuesday, 15 January 2013 12:40Web



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2009-2010

B.A./B.Sc. (Hods.) (PART -1) EXAMINATION (MATHEMATICS)


NUMERICAL ANALYSIS (MM -106)

Maximum Marks: 40

Duration: Three Hours


Note: Answer all questions.

1- (a)    f5 -2 1 1    ' * -    CM)

Decompos


e the matrix A =


7 1 -5 3 7 4

into the LU form with t =1, i = 1,2,3 and solve the system AX=b where b=[4 8 lOj*. Determine L1 and IT1 and hence find A'1

(b) Using Newton-Raphson method obtain a root correct to three decimal places of the equation x-cosx = 0

OR

"(o') eteimirio- the largest eigen value and the corresponding eigen

vector of the matrix A -

'l

6

i"

X

"f

1

2

0

with initial vector A =

0

0

0

3

0

2 (a) Values of x (in degrees ) and Sin x are given in the following table (4,4)

X

Sin x

15

0.2588190

20

03420201

25

0.4226183

30

0-5

35

0.5735764

Find the values of

0) Sin 16 and Sin 32 using Newton Gregory formulae

(ii) Sing 26 using first three terms of Stirlings formula    OR

(a') Using the following data

X

v=m

-1

3

0

-6

3

39

6

822

7

1611

Find x at y = 45 and 825 by inverse interpolation formula.

Contd.....2

(b) Show that

(i)    E"' = I-V

(ii)

(iii) AVyk =Ayk =5Jy*

(a)    A r-    (4,4)

Evaluate |* VSinG d0

(i)    UsingSimpson's rule three times    

8

(ii)    Using Weddles rule once ~~

OR

(a') The following table of values of x and y is given by

x

y

1

7.4036

2

7.7815

3

8.1291

4

8.4510

dy

Find (i) ~r~ when x =1, x = 4.5 ax    *-

(ii) From this table, find x, correct to two decimal places for

which y is maximum    '

(b)    3

Derive Simpsons - rul

r,ydx = h(y, + 3y,+3yI+y3)

Using this rule, evaluate

I = (*dx with h = .

*l + x    6

(a)    dy -j    (4,4)

Given = 1 + y , where y = 0 when x =0, the Runge-Kutta,

method of fourth order produces the following values of y at x = 0.2,

0.4 and 0.6

X

y

0.2

9.2027

0.4

0.4228

0.6

0.6841

Use this data and compute the value of y at x Moulton method.

OR

0.8 using Adams-

7







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