CEE/MAE M20
CEE/MAE M20 * We aren't endorsed by this school

CEE/MAE M20 Intro to MATLAB

  • Average Course Rating (from 1 Student)

    5.0/5
    Overall Rating Breakdown
    • 1 Advice
    • 5
      100%
    • 4
      0%
    • 3
      0%
    • 2
      0%
    • 1
      0%

  • Course Difficulty Rating

    • Easy 0%

    • Medium 100%

    • Hard 0%

  • Top Course Tags

    Always Do the Reading

    Great Discussions

    Many Small Assignments

* We aren't endorsed by this school

Intro to MATLAB Questions & Answers

Intro to MATLAB Flashcards

Intro to MATLAB Advice

Intro to MATLAB Documents

Showing 1 to 30 of 31

Sort by:
{[$select.selected.label]}
  • 35 pages Week 2 Prelec Logic Conditionals
    • Week 2 Prelec Logic Conditionals
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Logical Expressions and Conditionals Concepts and Examples CEE/MAE M20 Introduction to Computer Programming with MATLAB At the heart of almost any computational task are logic and conditionals Input Is logic expression true? No Do something else Yes Do so
    • Register Now

    Week 2 Prelec Logic Conditionals

  • 3 pages Lunar Phase Calculator.pdf
    • Lunar Phase Calculator.pdf
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Lunar Phase Calculator clear all; clc; %month input in string month = input('Please enter the month as MMM (e.g. JAN): ', 's'); %converting month input string to integer if month = 'JAN' monthNum = 1; elseif month = 'FEB' monthNum = 2; elseif month = 'MAR
    • Register Now

    Lunar Phase Calculator.pdf

  • 1 pages Week 5 Discussion

    Week 5 Discussion

  • 1 pages Week 9 Lecture (Pt 1)

    Week 9 Lecture (Pt 1)

  • 1 pages Week 5 Lecture (Pt 2)

    Week 5 Lecture (Pt 2)

  • 1 pages Week 3 Lecture

    Week 3 Lecture

  • 1 pages Week 1 Lecture (Pt 1)

    Week 1 Lecture (Pt 1)

  • 1 pages Week 5 Lecture (Pt 1)

    Week 5 Lecture (Pt 1)

  • 1 pages Week 5 Lecture (Pt 3)

    Week 5 Lecture (Pt 3)

  • 1 pages Week 1 Lecture (Pt 2)

    Week 1 Lecture (Pt 2)

  • 1 pages Week 2 Lecture

    Week 2 Lecture

  • 1 pages Week 9 Lecture (Pt 2)

    Week 9 Lecture (Pt 2)

  • 1 pages Week 6 Discussion

    Week 6 Discussion

  • 1 pages Week 6 Lecture

    Week 6 Lecture

  • 1 pages Classifying Cubic Functions.pdf
    • Classifying Cubic Functions.pdf
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Classifying Cubic Functions clear all; clc; %input values a = input('a = '); NULLalidation for a if a = 0 error('Input "a" cannot be zero!'); end %input values b = input('b = '); c = input('c = '); d = input('d = '); %to print input values fprintf('\na =
    • Register Now

    Classifying Cubic Functions.pdf

  • 1 pages Ellipse Calculations.pdf
    • Ellipse Calculations.pdf
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Ellipse Calculations %to clear workspace clear all; clc; %input values a = input('Enter a value for "a": '); b = input('Enter a value for "b": '); %calculations h = (a - b)/(a + b)^2; P1 = pi*(a + b); P2 = pi*(sqrt(2*(a^2) + (b^2); P3 = pi*(sqrt(2*(a^2) +
    • Register Now

    Ellipse Calculations.pdf

  • 2 pages Binary Addition.pdf
    • Binary Addition.pdf
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Binary Addition clear all; clc; %input A A = input('Enter a value for A: '); NULLalidation for A if A < 0 | A > 7 error('A must be a value between 0 and 7.'); end if floor(A) ~= A error('A must be an integer.'); end %input B B = input('Enter a value for B
    • Register Now

    Binary Addition.pdf

  • 23 pages Week 4 Lec 2 Plinko
    • Week 4 Lec 2 Plinko
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • CEE/MAE M20 Introduction to Computer Programming with MATLAB Watch: http:/youtu.be/E7DKxe_m1AM http:/youtu.be/vuMir11YFPs 2 CEE/MAE M20 Bean Machine Also known as Galton Board or Quincunx A device for statistical experiments The curve formed by the hei
    • Register Now

    Week 4 Lec 2 Plinko

  • 18 pages Week 2 Lec 2 Day Week
    • Week 2 Lec 2 Day Week
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Day of the Week Calculator Applying Logic and Conditionals CEE/MAE M20 Introduction to Computer Programming with MATLAB Homework CEE/MAE M20 2 Getting User Input Weve seen what happens when we try to input a non-number using input(). input('Enter a Number
    • Register Now

    Week 2 Lec 2 Day Week

  • 39 pages Week 3 Prelec IterRecurs
    • Week 3 Prelec IterRecurs
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Iteration and Recursion CEE/MAE M20 Introduction to Computer Programming with MATLAB Loops and Recursion Computer programs often are written to carry out and automate a repeated task Need some way of allowing loops and recursion. CEE/MAE M20 2 Continuous
    • Register Now

    Week 3 Prelec IterRecurs

  • 11 pages Week 4 Lec 1 PredPreyArray
    • Week 4 Lec 1 PredPreyArray
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Predator Prey with Arrays CEE/MAE M20 Introduction to Computer Programming with MATLAB Today 1. Review arrays 2. Re-write predator-prey code to use arrays 3. Experiment with plotting CEE/MAE M20 2 Example Problem Populations Of Paramecium And Yeast The po
    • Register Now

    Week 4 Lec 1 PredPreyArray

  • 12 pages Homework 4report
    • Homework 4report
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Fadi Rafeedi UID 604-507-554 MAE M20 Jan 14th, 2015 Homework 4 Eulers Method 1. Problem Statement The goal of this assignment is to develop a MATLAB program to evaluate the population of two species lynx and hare using two first order differential equatio
    • Register Now

    Homework 4report

  • 14 pages Homework 3
    • Homework 3
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Fadi Rafeedi UID 604-507-554 MAE M20 Jan 28th, 2015 Homework 3 Prey-Predator 1. Problem Statement The goal of this assignment is to develop a MATLAB program to determine the relationship between three species that consume the same food. As a predator prey
    • Register Now

    Homework 3

  • 14 pages Homework 2
    • Homework 2
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Fadi Rafeedi UID 604-507-554 MAE M20 Jan 14th, 2015 Homework 2 Day of Week 1. Problem Statement The goal of this assignment is to develop a MATLAB program to determine what day of the week it is given the day, month and year. This program takes input from
    • Register Now

    Homework 2

  • 9 pages Homework 8
    • Homework 8
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Fadi Rafeedi UID 604-507-554 MAE M20 Mar 6th, 2015 Homework 8 1. Problem Statement The goal of this assignment is to develop a MATLAB program that uses three functions to orient a table of values that are related as in a family tree. The purpose of the fi
    • Register Now

    Homework 8

  • 11 pages Homework 6
    • Homework 6
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Fadi Rafeedi UID 604-507-554 MAE M20 Feb 18th, 2015 Homework 6 problem 1 1. Problem Statement The goal of this assignment is to develop a MATLAB program that uses two functions to solve a system of n equations and n variables. The first function will use
    • Register Now

    Homework 6

  • 14 pages Homework 5
    • Homework 5
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Fadi Rafeedi UID 604-507-554 MAE M20 Feb 11th, 2015 Homework 5 problem 1 1. Problem Statement The goal of this assignment is to develop a MATLAB program to evaluate the derivative of a specific function that is provided on the homework. We evaluate the va
    • Register Now

    Homework 5

  • 1 pages polyhedron properties.pdf
    • polyhedron properties.pdf
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Polyhedron Properties %to clear workspace clear all; clc; %tetrahedron R_tetrahedron = 1; E_tetrahedron = (4*R_tetrahedron) / sqrt(6); r_tetrahedron = (sqrt(6)*E_tetrahedron) / 12; %cube R_cube = (sqrt(6)*E_tetrahedron) / (12); E_cube = (R_cube*12) / sqrt
    • Register Now

    polyhedron properties.pdf

  • 1 pages Three Species Problem.pdf
    • Three Species Problem.pdf
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Three Species Problem clear all; clc; %calculating time steps for loop delta_t = 0.005; t_final = 12; t_steps = ceil(t_final/delta_t); et initial conditions x_old = 2; y_old = 2.49; z_old = 1.5; %calculations using for loop for k = 1:t_steps x_new = x_old
    • Register Now

    Three Species Problem.pdf

  • 1 pages Cubic Roots.pdf
    • Cubic Roots.pdf
    • UCLA
    • Intro to MATLAB
    • CEE/MAE M20 - Summer 2016
    • Cubic Roots %to clear workspace clear all; clc; %input values a = input('a: b = input('b: c = input('c: d = input('d: '); '); '); '); %calculations p = (3*a*c) - (b^2)/(3*(a^2); q = (2*(b^3) - (9*a*b*c) + (27*(a^2)*d)/(27*(a^3); 0or k = 0 x = cos(1/3)*aco
    • Register Now

    Cubic Roots.pdf

Intro to MATLAB Advice

Showing 1 to 1 of 1

View all
    • Profile picture
    Jan 03, 2017
    | Would highly recommend.

    Not too easy. Not too difficult.

    Course Overview:

    The instructor is very engaging and the TA's are very helpful!

    Course highlights:

    Different ways to think about calculations

    Hours per week:

    6-8 hours

    Advice for students:

    Talk to the TA's and the professor. They are very helpful.

    • Fall 2016
    • Ethan Young
    • Yes
    • Always Do the Reading Many Small Assignments Great Discussions
Back to Department

Related Courses

Ask a homework question - tutors are online