2nd -Which of the following is the expression? a)The forward finite difference is the formula for calculating the 2nd order numerical derivative at x=x0 with the Gregory-Newton interpolation relation. B)The central direction finite difference is the formula for calculating the 1st order numerical derivative at the point x=x0 with the Gregory-Newton interpolation relation. NS)The backward finite difference is the formula for calculating the 2nd order numerical derivative at the point x=x0 with the Gregory-Newton interpolation relation. D)The forward finite difference is the formula for calculating the 1st order numerical derivative at x=x0 with the Gregory-Newton interpolation relation. TO)The backward finite difference is the formula for calculating the 1st order numerical derivative at the point x=x0 with the Gregory-Newton interpolation relation. (2р-1)(3р - бр+2)Ay.if2!3!

Gregory-Newton interpolation techniques are used to establish the relationship between any two…

Answered: 2nd - Which of the following is the…

(REV)00th Edition

ISBN:9780395977224

Author:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole

Publisher:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole

Chapter1: Introduction To Algebra

Section1.3: Equations

Problem 9MRE

Which of the following is the expression?

a)	The forward finite difference is the formula for calculating the 2nd order numerical derivative at x=x0 with the Gregory-Newton interpolation relation.

B)	The central direction finite difference is the formula for calculating the 1st order numerical derivative at the point x=x0 with the Gregory-Newton interpolation relation.

NS)	The backward finite difference is the formula for calculating the 2nd order numerical derivative at the point x=x0 with the Gregory-Newton interpolation relation.

D)	The forward finite difference is the formula for calculating the 1st order numerical derivative at x=x0 with the Gregory-Newton interpolation relation.

TO)	The backward finite difference is the formula for calculating the 1st order numerical derivative at the point x=x0 with the Gregory-Newton interpolation relation.