T Given f (x) = x4 – 23 - sin (7x) defined over the interval [O, 6] where h=1. Use Divided Difference Interpolation to s
Posted: Tue Sep 07, 2021 7:02 am
questions (11 to 14). The number of 2nd order Poly. functions that we can get from the data is:
Starting from (x=2), the absolute error |P2(0) - f(0)| is:
Starting from x=3; dP2(x)/dx at x=1 is: 0-347 0-147 0-287 O None
Starting from x=4; The absolute error (dP1(x)/dx - df(x)/dx/ at x=4 is: None O 101 O 104 O 107
T Given f (x) = x4 – 23 - sin (7x) defined over the interval [O, 6] where h=1. Use Divided Difference Interpolation to solve Starting from (x=2), the absolute error |P2(0) - f(0)| is:
Starting from x=3; dP2(x)/dx at x=1 is: 0-347 0-147 0-287 O None
Starting from x=4; The absolute error (dP1(x)/dx - df(x)/dx/ at x=4 is: None O 101 O 104 O 107