1- Referring to the following flowchart, write a C++ function that implements Bisection Method. Start: Given a,b and ɛ u = f(a) ; v = f(b) C = (a+b) /2 ; w = f(c) no yes is no is Stop yes (b-a)

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
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Answer both must
1- Referring to the following flowchart,
write a C++ function that implements
Bisection Method.
Start: Given a,b and ɛ
u = f(a) ; v = f(b)
C = (a+b) /2 ; w = f(c)
no
yes
is
no
is
Stop
yes
(b-a) <deta
uw <0
b=c; V= W
a=c; u= w
2- Referring to the following flowchart,
write a C++ function that implements
False Position Method.
Start: Given a,b and ɛ
u = f(a) ; v = f(b)
S(b)(b-a)
c = b -
S(b)-S(a)
w = f(c)
no
yes
is
no
is
Stop
yes
| f(c)| <ɛ
uw <0
b=c; v= W
a=c; u= w
Transcribed Image Text:1- Referring to the following flowchart, write a C++ function that implements Bisection Method. Start: Given a,b and ɛ u = f(a) ; v = f(b) C = (a+b) /2 ; w = f(c) no yes is no is Stop yes (b-a) <deta uw <0 b=c; V= W a=c; u= w 2- Referring to the following flowchart, write a C++ function that implements False Position Method. Start: Given a,b and ɛ u = f(a) ; v = f(b) S(b)(b-a) c = b - S(b)-S(a) w = f(c) no yes is no is Stop yes | f(c)| <ɛ uw <0 b=c; v= W a=c; u= w
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