1. What is the iterative formula for Secant method? (1 mark QP-6791 KU Nov 2014)
2. What do you mean by interpolation? (1 mark QP-6791 KU Nov 2014)
3. Regula Falsi method is also called ________ . (1 mark QP-6791 KU Nov 2014)
4. What is a non-linear equation? (1 mark QP-6791 KU Nov 2014)
5. Write Newton's forward and backward difference formula and where they are used? (2 mark QP-6791 KU Nov 2014)
7. Find the root of the equation
using bisection method. (2 mark QP-6791 KU Nov 2014)
8. Given the data points
x 4 9 16
f(x) 2 3 4
Estimate the function value f(x) at x=7 using cubic splines. (2 mark QP-6791 KU Nov 2014)
9. Solve the following equation by using Newton Raphson method
initial stage. (4 mark QP-6791 KU Nov 2014)
10. Estimate the value of sin x at x=25 using Newton's forward difference formula with the help of the following table:
x 10 20 30 40 50
sin x 0.1736 0.3420 0.5000 0.6428 0.7660 (4 mark QP-6791 KU Nov 2014)
11. Fit a straight line to the following set of data
x 1 2 3 4 5
y 3 4 5 6 8 (4 mark QP-6791 KU Nov 2014)
12. Locate the root of the equation
using successive approximation method.
(4 mark QP-6791 KU Nov 2014)
set1-module1-BCA-S3-Numericalmethods-http://ellipticalkoyal.blogspot.com/2019/01/bca-s3-computer-oriented-numerical.htmlx 4 9 16
f(x) 2 3 4
Estimate the function value f(x) at x=7 using cubic splines. (2 mark QP-6791 KU Nov 2014)
10. Estimate the value of sin x at x=25 using Newton's forward difference formula with the help of the following table:
x 10 20 30 40 50
sin x 0.1736 0.3420 0.5000 0.6428 0.7660 (4 mark QP-6791 KU Nov 2014)
x 1 2 3 4 5
y 3 4 5 6 8 (4 mark QP-6791 KU Nov 2014)
12. Locate the root of the equation
(4 mark QP-6791 KU Nov 2014)
set3-module1-BCA-S3-NM-http://ellipticalkoyal.blogspot.com/2019/01/bca-s3-computer-oriented-numerical_56.html
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