Logical Indexing
Systems of Equations
User-Defined Functions
Resource Budgets
100

This is what we used logical indexing for on Monday.

To remove error values from data.

100

This is the word used to declare the variables for a system of equations

syms

100

This is the X in the following line of code: 

function [X] = myfunction(a,b,c)

Output, output variable(s)

100

This is the term for components that supply energy to the system.

Energy source

200

This is what we replaced the error values with on Monday.

NaN, not a number

200

The following system of equations has this many variables.

syms x y 

eqn1 = 2*x+y+a == 2;

eqn2 = -x+y-5 == 3

2 variables (x and y)

200

This is the X in the following line of code: 

function [a,b,c] = myfunction(X)

Input, input variable(s)

200

This is the term for components that consume energy.

Energy sink

300

With a given number X, the output of this line of code: 

X==-999.99

is either this or this.

0 or 1, True or False

300

This is the type of math operation Dr.Bittner said is important for finding missing values on a table (especially in future classes such as thermodynamics, fluids, and chemistry).

Linear interpolation

300

This is the value that describes the percentage of time a component is running out of the total run time.

Duty cycle

400

>, <, ==, and ~= are examples of this type of operator.

Relational operators

400

This is the command you enter if you want to see the answer for a specific variable in a solution.

Ex: The system of equations solved for x,y,z and I want the solution for x.

xSol = sol.x

400

This is the document that contains the energy use values for the components of your robots.

Spec sheet, specification sheet

500

&, |, ~, "any", "all", and "find" are examples of this type of operator.

Logical operators.