Utah - KOREAN - 1020

Utah - KOREAN - 1020

Utah - KOREAN - 1020

Utah - KOREAN - 1020

Utah - KOREAN - 1020

Utah - ELI - 1020

1 00:00:35,169 -> 00:00:36,367 [ [You are not meant to see] 2 00:00:36,402 -> 00:00:37,607 W What's going on, dad? 3 00:00:37,642 -> 00:00:39,892 M Mr. Marsh you have to move, it isn't. 4 00:00:49,268 -> 00:00:53,104 O Oh god. I'm. I'm so startled. 5

Utah - ELI - 1020

Utah - ELI - 1020

ID3#TIT2##Stand By MeTPE1#Ben E KingTALB# # TRCK#17TYER#2008TCON#COMM#eng#TCOM#WXXX#TENC# #Free Mp3 Wma ConverterTCOP#TOPE# ## # # ## # # ## # # ## # # ## #8# ]#yD#(#`wN#? #MqAEqKAC.<gr#WhF9 0 L|#5#'#!M?#!?QqaO!7c`#X#.J#q?c? Pq(oqjS8#a#f,8#

Utah - ELI - 1020

HKUST - ECE - ELEC214

Table G.5A sin( f) = A sinc ( f) fe - t u (t ) , > 01 1 sgn(t ) = - 1t>0 t<01 u (t ) = 0t>0 t<02Table G.63Cn =A sinc(nf 0 ) e - j 2 n f 0 t0 T0n = 0, 1, 2, .CnCn 4A - T t + A , 0 t T0 / 2 0 x(t ) = 4A t + A ,

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #1Page 1 of 12"Strong Inference" By: John R. Platt Strong Inference: 1. Devising alternative hypothesis 2. Devising a crucial experiment w/alternative possible outcomes, each of which exclude one of the hypothesis 3. Carryi

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #2 Part 1Page 1 of 7Lecture: Intro to Ecology September 14, 2007 Ecology : the study of the interactions of organisms w/their physical and biological environment o Everything is connected to everything else Major

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #2 Part 2Page 1 of 7Book: Chapter 51: 51.1, 51.2, 51.5, 51.6 Pages 11061107, 11101111, 11211131 September 17, 2007 51.1 behavior: everything an animal does and how it does it Proximate questions about behavior fo

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #2 Part 3Page 1 of 7Book: Chapter 52: all Pages 11361156 September 21, 2007 52.1 Population boundaries natural or arbitrarily defined Density : number of individuals per unit of area or volume o Not static but a result

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #2 Part 4Page 1 of 9Book: Chapter 53: 53.1 53.4 Pages 1159 1178 September 26, 2007 53.1 Communities interactions include competition, predation, herbivory, symbiosis (parasitism, mutualism, and commensalisms), and disease

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #3 Part 1Page 1 of 7Book: Chapter 5: 5.15.5 Pages 6887 October 10, 2007 5.1 5.2 Polymer : a long molecule consisting of many similar or identical building blocks linked by covalent bonds Monomers : repeating units

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #3 Part 2Page 1 of 11Book: Chapter 7 Pages 124138 October 12, 2007 7.1 Cellular membranes are fluid mosaics of lipids and proteins Amphipathic molecule : has both a hydrophilic region and a hydrophobic region (ex. Phospho

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #3 Part 3Page 1 of 5` Book: Chapter 9 Pages 160178 October 19 & 22, 2007 9.1 Fermentation : partial degradation of sugars that occurs w/o the use of O2 Cellular respiration : oxygen is consumed as a reactant along w

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #4 Part 1Page 1 of 6October 31, 2007 Book: Chapter 12 Page 218227 12.1 12.2 Genome : genetic information Chromosomes : packages of DNA Somatic cell : all body cells excepts the reproductive cells; each co

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #4 Part 2Page 1 of 5Lecture: Mendelian Genetics November 2, 2007 One possible explanation of heredity is a "blending" hypothesis o The idea that genetic material contributed by two parents mixes in a manner analogous to the

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #4 Part 3Page 1 of 7November 9, 2007 Book: Chapter 16 Page 293307 16.1 1928 Frederick Griffith discovery of the genetic role of DNA o Streptococcus pneumoniae bacterium causes pneumonia in mammalsexternal DNA by a cell

Georgia Tech - BIO - BIOL 1510

Biology 1510 Module #5 Part 1Page 1 of 16November 19, 2007 Book: Chapter 20 (all) Page 384409 20.1 Gene cloning : a process for preparing welldefined, genesized pieces of DNA in multiple identical copies o Enables scientists to work dire

Georgia Tech - BIO - BIOL1510

Page 1 of 7 Lab final Study GuideLabs 1 & 2: The Scientific Method and Data Analysis Hypothesis prediction that can be disproven Positive control a parallel experiment that will give you a result that you expect Variance: 2 the average differen

Georgia Tech - POL - POL 1101

POL SCI 1101 Exam 2Page 1 of 2Chapter 6: Public Opinion and Political Action Public opinion : the distribution of the population's beliefs about politics and policy issues Demography : science of human populations Census : tool for

Georgia Tech - POL - POL 1101

POL SCI 1101 Study Guide FINAL EXAMPage 1 of 3 Part 2 of 5CHAPTER 13The PresidencyThe Presidents: Americans want the believe in a powerful president that can do good but they dislike a concentration of power All presidents must come to the

Georgia Tech - POL - POL 1101

POL SCI 1101 Study Guide FINAL EXAMPage 1 of 3 Part 3 of 5CHAPTER 14The Congress, the President, and the Budget Budget : a policy document allocating burdens (taxes) and benefits (expenditures) Deficit : an excess of federal expenditu

Georgia Tech - POL - POL 1101

POL SCI 1101 Study Guide FINAL EXAMPage 1 of 3 Part 4 of 5CHAPTER 15The Federal Bureaucracy Patronage : one of the key inducements used by political machines. A patronage job, promotion, or contract is one that is given for political reaso

Georgia Tech - POL - POL 1101

POL SCI 1101 Study Guide FINAL EXAMPage 1 of 3 Part 5 of 5CHAPTER 16The Federal Courts Standing to sue : the requirements that plaintiffs have a serious interest in a case, which depends on whether they have sustained or are likely

Georgia Tech - CS - CS 1371

%% % Reference: Smith text, Section 2 and 3%% This homework is due Thursday, August 20th at midnight with a 6 hour grace% period. Submit your assignment as instructed in class. If the system% is not operational by the

Georgia Tech - CS - CS 1371

%=%% This homework is due on Thursday, August 28, 2008 at 11:45:00 PM with a% 6 hour grace period until Friday, January 19 at 6:00:00 AM. No late% submissions will be accepted. When you are finished, submit your% assignment to T-Square: (https

Georgia Tech - CS - CS 1371

%=% PROBLEM 1. Creating Vectors%-% % For the following exercises, do not use the direct entry method to% construct the vectors.%clearclc% (a) Construct a vector containing all of the even numbers between 6 and% 33, inclusive of the end

Georgia Tech - CS - CS 1371

clearclc%=% PROBLEM 2. Indexing Vectors%-%% You are given a vector "vec", defined as:vec = [45 8 2 6 98 55 45 -48 75];mask = [true false false false false true true false true]; vec = vec(mask)% In a brief moment of insanity you decide tha

Georgia Tech - CS - CS 1371

clearclc%=% PROBLEM 3. Functions to use with Vectors%-%% You are given a vector "vec", defined as:vec = [45 8 2 6 98 55 45 -48 75];% (a) Create a variable called "vLength" that holds the length of the% vector "vec" modified in Problem

Georgia Tech - CS - CS 1371

clearclc%=% PROBLEM 4. Linspace Applicatioin%-% % Write a Matlab script to plot sin(x) vs. cos(x). In creating your plot% you should vary x from -pi to pi. A similar vector ("theta") to x was% created in Problem 1(d) above. You should fin

Georgia Tech - CS - CS 1371

clearclcload twovec.matredvec = [];x = 1;y = 1;test = false;while test = false & x <= length(onevec) if sum(redvec) > 10 test = true; end if test = false redvec(y) = onevec(x); end if sum(redvec) > 10

Georgia Tech - CS - CS 1371

clearclcload bigvec.matx = 1;test = false;while test = false if bigvec(x) > 401 if rem(bigvec(x),2) = 0 if rem(x,2) = 1 test = true; num = bigvec(x) end end end

Georgia Tech - CS - CS 1371

clearclcload houses.mattheMax = 0;x = 1;y = 1;while x <= length(prices) if crime_rate(x) < .5 & sizes(x) > 1000 & prices(x) < 250000 quality = (sizes(x)/(prices(x)*crime_rate(x); if quality > theMax theMax = qu

Georgia Tech - CS - CS 1371

clearclcA = ones(1,5)B = 1:length(A)C = rand(1,1) * 10 if C < 4 D = 0 elseif C > 7 D = 1 else D = 2 endE = 0if D = 0 for x = A(B); E = E + x; endelseif D = 1 while E < 10 E

Georgia Tech - CS - CS 1371

function [A B C D E] = ABCs_cell_arrays(C, ca1, ca2)% PROBLEM 3. The ABCs of Cell Arrays%% This is a multi-part problem. Do each of the parts below.%% DO NOT CHANGE THE FUNCTION HEADER (the first line of code)% a) Creating. Create a cell ar

Georgia Tech - CS - CS 1371

function [A B C D] = ABCs_conditionals(x, y, z)% PROBLEM 4. The ABCs of Conditionals%% This is a multi-part problem. Do each of the parts below.%% DO NOT CHANGE THE FUNCTION HEADER (the first line of code)% a) if statements. x is a number.

Georgia Tech - CS - CS 1371

function [A A_method B B_method C] = ABCs_iteration(x)% PROBLEM 5. The ABCs of Iteration%% This is a multi-part problem. Do each of the parts below.%% DO NOT CHANGE THE FUNCTION HEADER (the first line of code)% 1) for loops. Below are two fo

Georgia Tech - CS - CS 1371

function [A B C D E F G H I J] = ABCs_strings(ch1, str1, str2, str3, vec1, alph1, x, num1)% PROBLEM 2. The ABCs of Strings%% This is a multi-part problem. Do each of the parts below.%% DO NOT CHANGE THE FUNCTION HEADER (the first line of code)

Georgia Tech - CS - CS 1371

%PROBLEM 7%% Write a function named cellParse that takes in a cell array with each% element being either a string (character array), or a vector% (containing numbers), or a boolean value (logical array of length 1).% Your function should

Georgia Tech - CS - CS 1371

%PROBLEM 6%function output = cellUnwrap(A)while iscell(A{1}) = true A = A{1};endoutput = Aend

Georgia Tech - CS - CS 1371

function result = myStrCmpI(x, y) if (length(x) ~= length(y) result = false; return; enddiff = 'a' - 'A';i=1; while (i <= length(x) & (x(i) = y(i) | . (isletter(x(i) & isletter(y(i) & abs(x(i) - y(i) = diff)

Georgia Tech - CS - CS 1371

%PROBLEM 4%%% Write a function named myStrFindI that takes in two strings. Your% function should return a vector containing the starting index of all% the occurences of the first string within the second string. Your% function should

Georgia Tech - CS - CS 1371

function mySum = mySum(A)% computes the sum of the elements in the given vectormySum = 0;index = 1;while index <= length(A) x = A(index); mySum = mySum + x; index = index + 1;endend

Georgia Tech - CS - CS 1371

%PROBLEM 2%function output = removeSpaces(A)% takes in a string and outputs the same string but with all the space characters removedindex = 1;while index <= length(A); if uint8(A(index) = 32; A(index) = []; end index = index

Georgia Tech - CS - CS 1371

%PROBLEM 5%% Write a function named slowSort that takes in a vector, sorts it in % ascending order (smallest to largest), and then outputs it.%% Note: you may *not* use the built-in sort function in MATLAB.% function output = slowSort(A)

Georgia Tech - CS - CS 1371

function [A B C D] = ABCs_structure_arrays(str1, str2, str3, sa1)% PROBLEM 2. The ABCs of Structure Arrays%% This is a multi-part problem. Do each of the parts below.%% DO NOT CHANGE THE FUNCTION HEADER (the first line of code)%% a) Creatin

Georgia Tech - CS - CS 1371

function [A B C D E F G H I J] = ABCs_structures(a_name, a_price, b_name, b_price, st1, st2, f1, var1)% PROBLEM 1. The ABCs of Structures%% This is a multi-part problem. Do each of the parts below.%% DO NOT CHANGE THE FUNCTION HEADER (the firs

Georgia Tech - CS - CS 1371

%=% Problem 3. Sorting Structures%-%% In homework 4, you implemented an algorithm to sort a vector.% You will now implement the same algorithm to sort a structure array based% on one of its fields. To do this, please complete parts A and B bel

Georgia Tech - CS - CS 1371

% Problem Statment:%% Write a function named structFromCell that takes in a cell array and% returns a structure constructed from the cell array. The elements in% the odd indexes of the cell array should determine the field name and% the

Georgia Tech - CS - CS 1371

%=% Problem 2. Searching through a structure array%-%% Problem Statment:%% Write a function named structSearch that takes in a structure array, a% fieldname, and a value. The function should return a new structure% array containing ever

Georgia Tech - CS - CS 1371

function S = structSort2(A,str)a = A;b = A;[r c] = size(A);vec = [];if r = 1 a = A; [v loc] = minStruct(a,str); vec = [vec v]; a(loc) = [];else for x = 1:r for y = 1:c [v loc] = minStruct(b,str);

Georgia Tech - CS - CS 1371

%=% Problem 3, part B. Sorting the structure array%-%% Problem Statment:%% Write a function named structSort that takes in a structure array and a% string. The string specifies the name of a field in the structure% array that will only

Georgia Tech - CS - CS 1371

function [A B C D_rows D_cols E F G H I J] = ABCs_arrays(num1, arr1, arr2, i, j, arr3, arr4, arr5, vec1)% PROBLEM 3. THe ABCs of Arrays% This is a multi-part problem. Do each of the parts below.% % DO NOT CHANGE THE FUNCTION HEADER (the first lin

Georgia Tech - CS - CS 1371

function genStats(excel)[num str cell]= xlsread(excel);[row col]=size(cell);avg=mean(num,2);for x=2:row cell{x,col+1}=avg(x-1);endtotavg=mean(num);for y=2:col cell{row+1,y}=totavg(y-1);endcell{end,end}=mean(totavg);cell{1,end}='Aver

Georgia Tech - CS - CS 1371

%Write a function called myCSVread which takes in a filename and returns a%cell array containing the doubles and chars from the file. Each value%will be seperated by commas. This function should work as the reverse of%myCSVwrite.%Hint: str2num

Georgia Tech - CS - CS 1371

%Write a function called myCSVwrite which takes in a cell array of doubles%and chars and a filename, returns nothing but writes a file with each of the cells'%contents seperated by commas. The cell array may be two dimensional, you%should put eac

Georgia Tech - CS - CS 1371

% Write a function called snake that takes in an array and a number% indicating how many places to "snake" the array as described below.% Snaking the vector involves shifting the numbers down columns, and % appending the overflow onto the top of