Assignment 1 on False Regula Method of the problem in exercise 5.24. Write a code in MATLAB for the False position method or use the algorithm in 5.15. Use es = 0.005 as stopping criteria. Show the output in a table. Provide problem in exercise 5.24
Assignment 1 on False Regula Method of the problem in exercise 5.24. Write a code in MATLAB for the False position method or use the algorithm in 5.15. Use es = 0.005 as stopping criteria. Show the output in a table. Provide problem in exercise 5.24
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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MATLAB Assignment 1 on False Regula Method of the problem in exercise 5.24. Write a code in MATLAB for the False position method or use the
Use es = 0.005 as stopping criteria. Show the output in a table.
-
Provide problem in exercise 5.24
![5.24 Develop a subprogram for the false-position method that min-
imizes function evaluations in a fashion similar to Fig. 5.11. Deter-
mine the number of function evaluations (n) per total iterations.
Test the program by duplicating Example 5.6.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F89f84a9d-0971-4a3f-ba40-3ab3866650bf%2F79abfa98-8cac-4766-88e3-0d15f2fb8994%2Fgls0sen_processed.jpeg&w=3840&q=75)
Transcribed Image Text:5.24 Develop a subprogram for the false-position method that min-
imizes function evaluations in a fashion similar to Fig. 5.11. Deter-
mine the number of function evaluations (n) per total iterations.
Test the program by duplicating Example 5.6.
![FUNCTION ModFalsePos(xl, xu, es, imax, xr, iter, ea)
FIGURE 5.15
Pseudocode for the modified
iter = 0
false position method.
fl = f(x1)
fu = f(xu)
DO
xrold = xr
xr = Xu -
fu * (xl – xu) / (fl
- fu)
fr = f(xr)
iter = iter + 1
IF xr <> 0 THEN
ea = Abs( (xr - xrold) / xr) * 100
END IF
test = fl * fr
IF test < 0 THEN
XU = xr
fu = f(xu)
iu = 0
il = 11 + 1
If il 2 2 THEN f1 = fl / 2
ELSE IF test >O THEN
x) = xr
fl = f(x1)
il = 0
iu = iu + 1
IF iu 2 2 THEN fu = fu / 2
ELSE
ea = 0
END IF
IF ea < es OR iter z imax THEN EXIT
END DO
ModFalsePos = xr
End MODFALSEPOS](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F89f84a9d-0971-4a3f-ba40-3ab3866650bf%2F79abfa98-8cac-4766-88e3-0d15f2fb8994%2Fc1t849_processed.jpeg&w=3840&q=75)
Transcribed Image Text:FUNCTION ModFalsePos(xl, xu, es, imax, xr, iter, ea)
FIGURE 5.15
Pseudocode for the modified
iter = 0
false position method.
fl = f(x1)
fu = f(xu)
DO
xrold = xr
xr = Xu -
fu * (xl – xu) / (fl
- fu)
fr = f(xr)
iter = iter + 1
IF xr <> 0 THEN
ea = Abs( (xr - xrold) / xr) * 100
END IF
test = fl * fr
IF test < 0 THEN
XU = xr
fu = f(xu)
iu = 0
il = 11 + 1
If il 2 2 THEN f1 = fl / 2
ELSE IF test >O THEN
x) = xr
fl = f(x1)
il = 0
iu = iu + 1
IF iu 2 2 THEN fu = fu / 2
ELSE
ea = 0
END IF
IF ea < es OR iter z imax THEN EXIT
END DO
ModFalsePos = xr
End MODFALSEPOS
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