Make this program using MATLAB
AND SHOW THE DETAIL WORKING

%%Matlab code for finding sum of n terms
clear all
close all
%initialize the sum
s=0;
%Finding sum of 50 terms
for n=1:50
if n<10
s=s+(n^2+1);
elseif n>=10 && n<30
s=s+(3*n^2+2);
elseif n>=30
s=s+(4*n+1);
end
end
fprintf('\n\tSum of first 50 terms = %f.\n',s)
%%%%%%%%%%%%%%%%% End of Code %%%%%%%%%%%%%%%
Make this program using MATLAB AND SHOW THE DETAIL WORKING n2 if n 10 2. Let f(n)3n2 2 if 10 n < 30 4n if n 2 30 Crea...
1. (30 Points) Write a MATLAB program that displays "The multiplication of 10 multiplied by integers of 1 through 15. Display your result back to the user with 2 decimal places (yes, 2 decimal places). You must implement your code using a for loop. The result should have the following format: The multiplication of 10*1 =10.00 The multiplication of 10*2 =20.00 The multiplication of 10'3=30.00 The multiplication of 10*15=150.00 2. (35 Points) Write MATLAB code to prompt a user for...
1. a) Let f(n) = 6n2 - 100n + 44 and g(n) =
0.5n3 . Prove that f(n) = O(g(n)) using the definition
of Big-O notation. (You need to find constants c and n0).
b) Let f(n) = 3n2 + n and g(n) = 2n2 . Use
the definition of big-O notation to prove that
f(n) = O(g(n)) (you need to find constants c and n0) and
g(n) = O(f(n)) (you need to find constants c and n0).
Conclude that...
(matlab)
72 (9/10)" Use MATLAB to show that the sum of infinite series 2-1 converges to in(n). Do this by computing the sum for n = 10, b) n = 50, c) n = 100. Compare the values you got to In(n). Start with "format compact" (which you don't have to enter here) and enter your command-line inputs and outputs into the text area below.
2. (40 pts) Let fn: RR be given by sin(n) In(x) = n2 NEN. 2a. (10 pts) Show that the series 2n=1 fn converges uniformly on R. 2b. (10 pts) Show that the function f: RR, f (x) = sin (nx) n2 n=1 is continuous on R. 2c. (10 pts) Show that f given in 2b) is intergrable and $(z)de = 24 (2n-1) 2d. (10 pts) Let 0 <ö< be given. Show that f given in 2b) is differentiable at...
please use matlab
100 Let f(x) for questions 8, 9, 10 8. Make a function file for f(3) = I 100 I f.m function y = f(x) 9. Estimate f'(-5) by making a limit table with 5 rows. >> format long >> clearf . >> h = >> [h; (f(x+h) - f(x))./h]' ans = 0.100000000000000 -4.081632653061220 0.010000000000000 -4.008016032064176 0.001000000000000 -4.000800160032013 0.000100000000000 -4.000080001596017 0.000010000000000 10. Find R4, the Regular Right Sum with 4 rectangles, in order to approximate f(x) dx >>...
Study the provided MATLAB programs entitled fft_spectrum, plot_fft_spectrum, and test_fft_spectrum. Using the program test_fft_spectrum, plot the approximate magnitude and phase spectra of the functions given in problem 3.2-1. Adjust your time axis so that the frequency plots are scaled conveniently, and important features of the time and frequency plots are clearly visible. This can be done by experimenting with the values of N, tmin, and tmax. And the 3.2-1 problems are: (a) pi(t/3) (b) Delta (3x/100) (c) pi (t-5/4) (d)...
(Matlab) Suppose we have a function “hw5f.m” that takes as input
x and outputs the value for a function f(x). Write a Matlab program
that inputs: • interval [a, b]; • m, the number of data points with
evenly spaced nodes from x1 = a to xm = b, and values from f(x); •
location z satisfying x2 < z < xm−1, where h = (b − a)/(m −
1); and outputs the value of the interpolaton polynomial using only...
A classic second order system has transfer function
the undamped natural frequency to be 10 rad/s throughout this
exercise. Note, for the following MATLAB simulations you need to
use format long defined at the top of the program to get full
precision.
a) Use MATLAB to plot the step response for three damping
factors of ζ =0.5,1 and 1.5 respectively. step(g,tfinal)_ where
tfinal is the max time you need to make it 2 secs and g is the
b) Takeζ...
2c. (10 pts) Show that f given in 2b) is intergrable and [ 1 (2) dr = 2Ě (2n-1) 2d. (10 pts) Let 0 < < be given. Show that f given in 2b) is differentiable at each 1 € (5,27 - 8). Find f' (1). Hint: Use Problem 1 and the following formula In 2 (-1)"-1 Σ 7 n=1 2. (40 pts) Let fn: R → R be given by fn (x) = sin (nx) 3 ηε Ν. n2...
1)
a) Write MATLAB function that accepts a positive integer
parameter n and returns a vector containing the values of the
integral (A) for n= 1,2,3,..., n. The function must use the
relation (B) and the value of y(1). Your function must preallocate
the array that it returns. Use for loop when writing your code.
b) Write MATLAB script that uses your function to calculate the
values of the integral (A) using the recurrence relation (B), y(n)
for n=1,2,... 19...