HOW TO RUN THIS ON SCILAB PLEASE THE PROBLEM IS; Using Scilab: that will approximate the roots of an nth order polynomial equation using: (a) Bisection method and false position Method
HOW TO RUN THIS ON SCILAB PLEASE THE PROBLEM IS; Using Scilab: that will approximate the roots of an nth order polynomial equation using: (a) Bisection method and false position Method
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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HOW TO RUN THIS ON SCILAB PLEASE THE PROBLEM IS;
Using Scilab: that will approximate the roots of an nth order polynomial equation using: (a) Bisection method and false position Method
![BISECTION METHOO WITH SCILAB
Y-axis
Moot lie wR in
this interval
fo positive
guess !
Juess
->
rood lie wwith in
tRis interval
femegative
Algarithm-
Let us
Considey fa) =0
0 g be dhe
on the inderval
Continuous funetion f(nth arder palynomial )
[9,b], where fe and fb) have opposite sign,
Input endpoint a, b; taberance TOL; maximun number
f ieration No.
Step I :
Set j= 1
FA = fa)
Setep II 1
while is No do step 3-6
Step 3-
Set p= at (6-9)
FP = f(P)
Step 4- # FP = o ay (6-9)/2< TOL then
STOP
else OUTPUT CP)
Step 5
Set j= it+1
Step 6
FAXFPY0 then get a=p;
FA = FP
else get b = P.
Step 7,1 Diaplay ("Method foiled aftler No)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2861ec26-3559-4f3f-9cd3-ab147184c677%2F57912eb1-a070-489f-920e-3111fefc6d9b%2Fmwb5h3p_processed.jpeg&w=3840&q=75)
Transcribed Image Text:BISECTION METHOO WITH SCILAB
Y-axis
Moot lie wR in
this interval
fo positive
guess !
Juess
->
rood lie wwith in
tRis interval
femegative
Algarithm-
Let us
Considey fa) =0
0 g be dhe
on the inderval
Continuous funetion f(nth arder palynomial )
[9,b], where fe and fb) have opposite sign,
Input endpoint a, b; taberance TOL; maximun number
f ieration No.
Step I :
Set j= 1
FA = fa)
Setep II 1
while is No do step 3-6
Step 3-
Set p= at (6-9)
FP = f(P)
Step 4- # FP = o ay (6-9)/2< TOL then
STOP
else OUTPUT CP)
Step 5
Set j= it+1
Step 6
FAXFPY0 then get a=p;
FA = FP
else get b = P.
Step 7,1 Diaplay ("Method foiled aftler No)
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