DEHRADUN CAMPUS
PRACTICAL FILE / TERM WORK
CBNST LAB
PMA-502
B.Tech CSE
2023-24
DEPARTMENT OF COMPUTER SCIENCE AND
ENGINEERING
GRAPHIC ERA HILL UNIVERSITY,
DEHRADUN
SUBMITTED TO SUBMITTED BY
Mr. PURUSHOTTAM DAS NAME:
ASST. PROFESSOR Examination Roll No.:
DEPARTMENT OF COMPUTER Course / Sem:
SCIENCE & ENGG.
COLLEGE ROLL NO.________ EXAMINATION ROLL NO._______
DEHRADUN CAMPUS
THIS IS TO CERTIFY THAT Mr. / Ms. _________________________________________
HAS SATISFACTORILY COMPLETED ALL THE EXPERIMENTS IN THE LABORATORY OFTHIS
COLLEGE. THE COURSE OF THE EXPERIMENTS / TERM WORK
___________________________________ IN PARTIAL FULLFILLMENT OF THE
REQUIREMENT IN ___________ SEMESTER OF B.TECH (CSE) / M.TECH( ) / BCA / MCA /
BBA / MBA DEGREE COURSE PRESCRIBED BY GRAPHIC ERA HILL UNIVERSITY, DEHRADUN
DURING THE YEAR _______ - _______
CONCERNED FACULTY HEAD OF DEPARTMENT
NAME OF EXAMINER:
SIGNATURE OF EXAMINER:
Annexure-A
Department of Computer Science & Application
Lab Details
Name of the Lab: - CBNST Lab
Lab Code: - PMA-502
Subject Credit: - 2
Course: - B.Tech
Branch: - CSE
Semester: - V
Section: - L
Number of students enrolled: -
Name of the Faculty: - Mr. Purushottam Das
Name of Lab Instructor: -
Lab Number:-
Lab Time Table
Lab Session Day Lecture Number Timing
1 Tuesday 3-4 10:10 – 12:00
Annexure- B
Department of Computer Science & Application
List of Practical’s
Subject Code: PMA-502 Subject Name: CBNST Lab
Course : B.Tech CSE Branch & Sem:-V L
1. Write a program in C to find absolute, relative and percentage error for round-
off and truncation cases.
2. Write a program in C to find the roots of any polynomial / transcendental
equation using bisection method correct up to three decimal places.
3. Write a program in C to find the solution of any transcendental equation using
Regula-Falsi method correct up to three decimal places.
4. Write a program in C to find the solution of any non-polynomial equation
using Newton-Raphson method correct up to four decimal places.
5. Write a program in C to find the roots of any non-polynomial equation using
Iteration method correct up to four decimal places.
6. Write a program in C to solve the system of linear equations using Gauss
Elimination method.
7. Write a program in C to solve the homogeneous system of linear equations
using Gauss Jordan method.
8. Write a program in C to solve given system of linear equations using Gauss-
Siedal iterative method.
9. Write a program in C to interpolate using Newton’s forward difference
formula for the stated values.
10. Write a program in C to implement Newton’s backward difference formula.
11. Write a program in C to interpolate using Gauss forward Interpolation formula
for given values.
12. Write a program in C to implement Lagrange’s Interpolation formula for
unequal intervals.
13. Write a program in C to integrate given values using Trapezoidal rule.
14. Write a program in C to integrate using Simpson’s 1/3 rule for the stated
values.
15. Write a program in C to implement Simpson’s 3/8 rule.
16. Write a C Program to implement Euler’s method.
17. Write a C Program to implement Runge-Kutta’s Method.
18. Write a C Program to implement curve fitting for a straight line.
19. Write a C Program to implement parabolic curve fitting.
20. Write a C Program to implement regression lines.
DEPARTMENT OF COMPUTER SCIENCE & ENGINEERING
STUDENT LAB REPORT SHEET
CBNST LAB (PMA-502)
Name of Student ……………………………………...…………. Mo. No………………….……….…………..
Address Permanent …….…………………………………………………………………………..……………..
Father’s Name ………………………………..……………… Mo No ………………………
Mother’s Name ……………………………………………… Mo No…………..…………..
Section ……..……….Branch……………………Semester…………….. Class Roll No……………..
Local Address……………………………………………………Email……………. ……Grade A B C
Marks 5 3 1
S. Name of the Experiment D.O.P. Date of Grade Grade Total Student’s Teacher’s
No. Submiss- (Viva) (Report Marks Signature Signature
ion File) (out of
10)
1 Write a program in C to
find absolute, relative and
percentage error for
round-off and truncation
cases.
2 Write a program in C to
find the roots of any
polynomial /
transcendental equation
using bisection method
correct up to three
decimal places.
3 Write a program in C to
find the solution of any
transcendental equation
using Regula-Falsi
method correct up to
three decimal places.
4 Write a program in C to
find the solution of any
non-polynomial equation
using Newton-Raphson
method correct up to four
decimal places.
5 Write a program in C to
find the roots of any non-
polynomial equation
using Iteration method
correct up to four decimal
places.
6 Write a program in C to
solve the system of linear
equations using Gauss
Elimination method.
7 Write a program in C to
solve the homogeneous
system of linear
equations using Gauss
Jordan method.
8 Write a program in C to
solve given system of
linear equations using
Gauss-Siedal iterative
method.
9 Write a program in C to
interpolate using
Newton’s forward
difference formula for the
stated values.
10 Write a program in C to
implement Newton’s
backward difference
formula.
11 Write a program in C to
interpolate using Gauss
forward Interpolation
formula for given values.
12 Write a program in C to
implement Lagrange’s
Interpolation formula for
unequal intervals.
13 Write a program in C to
integrate given values
using Trapezoidal rule.
14 Write a program in C to
integrate using Simpson’s
1/3 rule for the stated
values.
15 Write a program in C to
implement Simpson’s 3/8
rule.
16 Write a C Program to
implement Euler’s
method.
17 Write a C Program to
implement Runge-
Kutta’s Method.
18 Write a C Program to
implement curve fitting
for a straight line.
19 Write a C Program to
implement parabolic
curve fitting.
20 Write a C Program to
implement regression
lines.
Total No of Practical allotted: ………………………………………
Total No of Practical completed: ………………………………….
Percentage Attendance of Practical: …………………………….
ACKNOWLEDGEMENT
Name of Student
DEHRADUN CAMPUS
INDEX
EXP. DATE EXPERIMENT PAGE REMARKS
NO. NO.
INDEX
EXP. DATE EXPERIMENT PAGE REMARKS
NO. NO.
Page No.
PROGRAM NO.1
NAME:
COURSE:
BRANCH/SEMESTER:
ROLL NO:
DATE:
1. OBJECTIVE:
2. METHOD:
3. PROGRAM:
4. OUTPUT:
