for part (b) I need to copy MATLAB code..
1.0020 is the answer when we use calculator with rounding off till 5 sign.
So the error will be 0.05029 %
for part (b) I need to copy MATLAB code.. ex-1 Consider the function f(x) (a) Use...
Matlab Help
I understand and already did 2a. Need help with the Matlab part
(2b).
2. (15 points) The Maclaurin series expansion of sin(x) is given by 3 sin)39 estimate the true value of sin(T/3). Calculate the truncation error (true percent relative error). (error between current and previous estimate) falls below 0.01%. Document the final value, the (a) Use the first three terms in this equation to calculate the value of sin(T/3). Use your calculator to (b) Now write a...
Consider the function f(x) = x3 – 2x2 + x Write the MATLAB code in the format of "script file" using "Regula Falsi Method" with the estimated relative error of 0.000001 and upload the script file. Direction: 1) Please submit"script file", NOT "function file". If you submit a function file, I will assign ZERO score. 2) You can find some matlab code for the Regula Falsi Method on a web or some books. You can use any code you can...
Write the Taylor series expansion of cos(x): Use the first three terms to calculate the value of cos(n/4). Use the decimal format with six significant digits (apply rounding at each step). Calculate the truncation error A- B-
please show answer in full with explanation, also show
matlab
1. Consider the function f(x)2.753 +18r2 21 12 a) Plot the graph of f(x) in MATLAB and find all the roots of the function f(x) graphically. Provide the code and the plot you obtained. b) Compute by hand the first root of the function with the bisection method, on the interval -1; 0) for a stopping criterion of 1% c) How many iterations on the interval -1, 0 are needed...
USE MATLAB ONLY NEED MATLAB CODE
MATLAB
21.4 Integrate the following function analytically and using the trapezoidal rule, with - 1,2,3, and 4: 0 (x + 2/x dx 0 Use the analytical solution to compute true percent relative crrors to evaluate the accuracy of the trapezoidal approximations. 0
#use MATLAB script1) Calculate the following for the function f(x) = e-4x- 2x3 a. Calculate the derivative of the function by hand. Write a MATLAB function that calculates the derivative 05. of this function and calculate the derivative at x = 0.5. b. Develop an M- to evaluate the cetered finite-difference approximation (use equation below), at x = 0.5. Assume that h = 0.1. c. Repeat part (b) for the second-order forward and backward differences. Again Assume that h = 0.1. d. Using the results...
I need a matlab code for given question. Please send matlab code
sctript.
a:2
b:3:
c:4
d:2.1
e:3.1
Question 1) (60 p) Consider following equation: axt-bx'+ex=dx-e Find the value of x via; a) Fixed Point iteration method with an accuracy of 0.0004 and a starting value of 1. b) Newton's Method with an accuracy of 0.0004 and a starting value of 1. Write the codes and the results to your paper.
Consider the function /(x) = -3x - 2x2, the true value of its root is x* -0.392474. (1) Use the Newton-Raphson Method starting with x = 0, the new approximation to the root after one iteration is .x2 = __ __blank The true absolute error is EP =____blank 2__ (2) The new approximation to the root after one more iteration is x3 = ___ _blank 3 Use six significant digits for x; to calculate the true absolute error E -_...
Write MATLAB code
g(x)=x+a*f(x)
f(x)=(e^x)+(x^2)-x-4
function f(x) is stored in fogp1.m
(c) (1) Create a file gopgi.m to calculate the function glir, a) (see Preparation, ex. 7c) function [y] =gopg1(x,a) % input: x, a % output: y y= .....; (2) Create a file sucsub1.m and write a program that calculates the solution using the method of successive substitution. Calculate the values of g(x, a) by making multiple calls to the function gopg1(x, a). Take xo = 1.3 as starting value...
Use
Matlab code
Consider the following function sin(x) Using the following parameters in your functions: -func: the function/equation that you are required to integrate -a, b: the integration limits n: the number of points to be used for the integration I:Integral estimate a) Write a function capable of performing numerical integration of h(x) using the composite trapezoidal rule. Use your function to integration the equation with 9 points. Write a function capable of performing numerical integration of h(x) using the...