Mth101 Assignment No. 1 solution fall 2011 on 19 October, 2011

[Xpert]

Please read the following instructions before attempting the solution of this assignment: Last Date: 24 Oct 2011


• To solve this assignment, you should have good command over 01-08 lectures.
In order to solve this assignment you have strong concepts about following topics:
ü Introduction to Matrices
ü Echelon and Reduced Echelon Form
ü System of Linear Equation
ü Dependence of Sets


Try to get the concepts, consolidate your concepts and ideas from these questions which you learn in these lectures.


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[thangkeris]

Sir I need solution for MTH 101 assignment #1 Fall 2011. Please help me in this regard.

[sanam]

mileys69:
kabhi kuch khud bhi ker liya karo vu kay students

[BCSfall2011]

ohh man , where is answer of MTH101 1st assignment solution?

[saneha]

Q1 Solution

y=5x+9

From the given equation slop of line is 5

Since Slop of perpendicular line =m=-1/5

and y intercept is= 6

By slop intercept form

y=mx+b

y=-1/5x+6

[saneha]

tel me that is correct


Find equation of the line which is perpendicular to the line

y= 5x+9 and has y-intercept = 6.

I think correct ansewr is

y=5x+9 is darivative w.r.t x

dy/dx=5+0

m=5

then slope of normal is m= -1/5

for normal equation is (y-y1)m =(x-x1)

(y-6)-1/5=(x-0)

-y1/5+6=x

-y+30=5x

y+5x-30=0

this is normal equation

for parpandicular is

y=mx+b

y=-1/5x+6

[Xpert]

Seems to be correct. But students should verify it.

[muhsan]

yes but may b some erro

[muhsan]

sen sloution
Assignment # 1

MTH603 (Fall 2011)

Total marks: 10
Lecture # 01-08
Due date: 26-10-2011




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Question#1 Marks 10

Find the real root of the equation by Bisection method.
Perform three iterations only.

Note: Take any interval in which roots of the equation lie.

Question#2 Marks 10

Use Regula-Fasli method to find the real root of the equation
Correct to four decimal places after three successive approximations in (-2,-1).

Note: All the calculation should be done in the radian mode only.

Question#3 Marks 10

Apply Newton-Raphson method to determine a root of the equation .
Correct to three decimal places using the initial approximation .
Only three iterations needed.

Note: All the calculation should be done in the radian mode only.

Question#4 Marks 10

Find the root of the equation by Second Method taking
as two starting values. Do three iterations only.

[muhsan]

xpert solve this assignment