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Algebra Review

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Section 1

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Discrete

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Algebra Math

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Date created

Mar 1, 2020

Cards (48)

Section 1

(48 cards)

Discrete

Front

Dots, points

Back

Linear Standard Formula

Front

ax+by=c

Back

Horizontal Line

Front

y=

Back

Equation

Front

has an equals sign

Back

One solution

Front

touch one time

Back

Parallel Lines

Front

same slope

Back

Inverse of multiplication

Front

Division

Back

Range

Front

all y values

Back

Compound Inequality

Front

Inequalities that are together with "AND" or "OR"

Back

Infinite solutions

Front

Same line: all solutions

Back

Expression

Front

no equals sign

Back

Domain

Front

all x values

Back

Greater than or equal to

Front

Back

linear function

Front

line, y=mx+b

Back

Output

Front

y

Back

Inverse of addition

Front

subtraction

Back

Input

Front

x

Back

Greater Than

Front

Back

Independent variable

Front

x variable

Back

Perpendicular Lines

Front

opposite flip slope

Back

Function

Front

x does not repeat

Back

Inverse of subtraction

Front

Addition

Back

Coefficient

Front

number in front of variable

Back

Ordered Pair

Front

(x,y)

Back

System of Equations

Front

two or more equations with two or more variables

Back

m

Front

slope or rate of change

Back

Distribute

Front

Multiply

Back

No solution

Front

Parallel lines: never touch

Back

b

Front

y-intercept

Back

Reciprocal

Front

Flip the fraction

Back

function notation

Front

f(x)

Back

Point Slope Formula

Front

( y - y1 ) = m ( x - x1 )

Back

Less Than

Front

Back

Continuous

Front

Connected

Back

Dependent variable

Front

y variable

Back

Variable

Front

letter

Back

Slope Formula

Front

Back

y-intercept

Front

where the graph touches with the y-axis

Back

Inverse of division

Front

Multiplication

Back

Less than or equal to

Front

Back

Slope Intercept Formula

Front

y=mx+b

Back

slope

Front

rise over run

Back

inequality

Front

A statement that compares two quantities using <, >, ≤,≥, or ≠

Back

Vertical Line Test

Front

The vertical-line test is a method used to determine if a relation is a function or not. If a vertical line passes through a graph more than once, the graph is not the graph of a function.

Back

x-interecept

Front

where the graph touches with the x-axis

Back

Inverse Operation

Front

Opposite operation

Back

Perimeter of a rectangle

Front

P=S+S+S+S

Back

Vertical Line

Front

x=

Back