Answer:
1. Newton-Raphson is a also known as Newton method which is used to find the roots finding algorithm for the real valued function.So the choice is Root Finding.
2. Runge - Kutta is used to find the solutions of ordinal differential equations.So the choice is Ordinal differential equations.
3.Gauss - Seidel method is used to solve a linear system of equations.So the choice is System of equations.
4.Simpson's rule is used to find the numerical Integration.So the choice is Integration.
5.Newtons-Forward Difference is used to find the function values by differentiation.So the choice is differentiation.
Hope you underatand and like the answer.
Thank you..
Match each process to its most common use. System of Equations 1. Newton - Raphson Root...
L-8 29 -15 22] 111 4 3 2 1 10. The differential equations of high order: 2 And boundary conditions fo)-0, f' (0)-0, f'(5)-1, g(o)-1.5, g(5)-1 Can be solved using The Shooting-Newton-Raphson and multivariable Runge-Kutta for a value of (y-1.7), re write the system of equations in the canonical form (i.e. as a set of ODES of first order and its boundary conditions). It is not required to solve the equations, just list the system of first order differential equations...
Use Newton-Raphson root-finding method to solve.
A water-pumping system consists of two parallel pumps drawing water from a lower reservoir and delivering it to another reservoir which is 40 m higher, as shown below. 40 m Pump 1: Ap = 810 – 25w, – 3.75wî (kPa) Pump 2: Ap = 900 – 65w, - 30wŹ (kPa) Pressure drop due to elevation can be written as Ap = 7.2w² + 392.28 (kPa) Also note that Wi + W2 = w (kg/s)...