a) Using the following variables write a single line MATLAB codes to retrive given output. (You need to use at least two of the variables for each solution. Using scalar values is allowed along with the variables)(Hint: consider logicals for some of them). A = [7777); B= 6:9; C= 3; D = 2; E = 8; F=[C,D,E,D}; i.) [111 1) = ? ii.) [001 0] = ? iii.) [10.0000 10.5000 11.0000 11.5000] = ? iv.) [0100] = ? v.) [3 7; 27;87; 2 7;) = ?

a) Using the following variables write a single line MATLAB codes to retrive given output. (You need to use at least two of the variables for each solution. Using scalar values is allowed along with the variables)(Hint: consider logicals for some of them). A = [7777); B= 6:9; C= 3; D = 2; E = 8; F=[C,D,E,D}; i.) [111 1) = ? ii.) [001 0] = ? iii.) [10.0000 10.5000 11.0000 11.5000] = ? iv.) [0100] = ? v.) [3 7; 27;87; 2 7;) = ?

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter6: Modularity Using Functions

Section6.4: A Case Study: Rectangular To Polar Coordinate Conversion

Problem 9E: (Numerical) Write a program that tests the effectiveness of the rand() library function. Start by...

See similar textbooks

Similar questions

Journal Bearing Properties Code Write a Matlab program code to determine the properties of the journal bearing and heat dissipation. You need to convert all charts and tables of the journal bearing properties from the textbook into a curve fit equation. The code must include the four cases of the length- diameter ratio (L/d) and the interpolation equation for a different L/d ratio. Test your code by solving Problem 12.11 from the textbook and compare the results with hand calculation. A full formal report must be submitted include all the curve fit equation for all charts and tables, sample calculations and the printed Matlab code with the results. A soft copy of the program code is required as well.
Matlab: Please write the codes on matlab, I don't want a manual solution.You can see pic.
The following problem needs to be done on matlab. I need help with parts A and B. When writing the code use the following commands as necessary: loops, rand, sort, if statements, etc. If you define a function, please include the function used.
Q3: Write a matlab program call matq3.m that returns the plot of the 2- D space defined by the following equation: (-xsin(x) y = {20 ( cos (x) - 2π ≤ x < 0 x ≥ 2π Label the x-axis and y-axis and z-axis and title to the curve.
Least Squares Regression 1. A well pump is run at a series of different pumping rates to test aquifer response. Each pumping rate produces a different water level in a nearby monitoring well. In MATLAB a) Write a code Using linear regression and the data below, determine the relationship between pumping rate and H at the nearby well. b) Write a code based on the relationship you found in a), what pumping rate would produce an H value of 224 ft? Pumping Rate (gal/day) 152 602 1052 1502 1952 Hydraulic Head (feet) 390.40 372.50 316.41 266.42 213.47 160.51
Q1: Please write a used-defined function in Matlab to monitor the balance of a bank account over years: Xi+1 = (1+ a) · x - b where the bank's annual interest rate a and the cash withdrawal amount b are defined as the global variables. Then write a main program to determine x1,X2, ,XN with x1=1000, a=0.05, b=200 until no money is left in the bank account after N years.
Explain the following:
zero-pressure specific heat of dry air cp in kJ/(kg K) is given by: cp = 0.99403 + 1.671 × 10−4T + 9.7215 × 10−8T 2 −9.5838 × 10−11T 3 + 1.9520 × 10−14T 4 Here T is absolute temperature in K.Write a MATLAB script (a) to plot cp versus T in the range between 0 to 1500 K, and (b) to determine the temperature that corresponds to a specific heat of 1.1 kJ/(kg K) with MATLAB polynomial functions. NOTE: 1. Axis titles and units are compulsory 2. The range the axes are to be set in such that the plot is visible in at least 70% of the plot canvass
code in matlab
This code is written in c++, I want this code to be convert in matlab. #include #include #include #include /* Defining equation to be solved. Change this equation to solve another problem. */ #define f(x) 3*x - cos(x) -1 /* Defining derivative of g(x). As you change f(x), change this function also. */ #define g(x) 3 + sin(x) using namespace std; int main() { float x0, x1, f0, f1, g0, e; int step = 1, N; /* Setting precision and writing floating point values in fixed-point notation. */ cout<< setprecision(6)<< fixed; /* Inputs */ cout<<"Enter initial guess: "; cin>>x0; cout<<"Enter tolerable error: "; cin>>e; cout<<"Enter maximum iteration: "; cin>>N; /* Implementing Newton Raphson Method */ cout<< endl<<"*******"<< endl; cout<<"Newton Raphson Method"<< endl; cout<<"Redlich-knowng Method"<< endl; cout<<"Peng-Robinson Equestion"<< endl; cout<<"*******"<< endl; do { g0 =…
Matlab A rocket is launched vertically and at t-0, the rocket's engine shuts down. At that time, the rocket has reached an altitude of ho- 500 m and is rising at a velocity of t125 m/s. Gravity then takes over. The height of the rocket as a function of time is: h(t)- ho+vot-gt², t20 where g = 9.81 m/s². The time t=0 marks the time the engine shuts off. After this time, the rocket continues to rise and reaches a maximum height of himax meters at time t-tmax. Then, it begins to drop and reaches the ground at time t = tg. a. Create a vector for times from 0 to 30 seconds using an increment of 2 s. b. Use a for loop to compute h(t) for the time vector created in Part (a). e. Create a plot of the height versus time for the vectors defined in Part (a) and (b). Mark the z and y axes of the plot using appropriate labels. d. Noting that the rocket reaches a maximum height, Amax, when the height function, h(t), attains a maxima, compute the time at which this occurs, tmax, and the maximum…
Please help me find codes for these problems in MATLAB. Use command window only.