Section 1

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equivalent expressions

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Last updated

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Date created

Mar 1, 2020

Cards (61)

Section 1

(50 cards)

equivalent expressions

Front

expressions that have the same value for all values of the variable

Back

equation

Front

mathematical sentence that uses an equal sign

Back

relation

Front

any set of ordered pairs

Back

numerical expression

Front

mathematical phrase involving numbers and operation symbols, no variables

Back

real numbers

Front

set of all and irrational numbers

Back

ratio

Front

comparison of two quantities by division

Back

irrational numbers

Front

number that can't be written as a ratio of two integers

Back

rate

Front

a ratio that compares quantities measured in different units

Back

variable

Front

a symbol, usually a letter, used to represent a number

Back

proportion

Front

equation that two ratios are equal

Back

constant

Front

term that has no factor

Back

linear equation

Front

an equation whose graph is a straight line

Back

coefficient

Front

numerical factor when a term has a variable

Back

exponent

Front

number that shows repeated multiplication

Back

nonlinear function

Front

graph is not a straight line

Back

slope

Front

Rise over run

Back

power

Front

base and the exponent in an expression of the form a^n

Back

reciprocal

Front

product of nonzero number and its multiplicative inverse is 1

Back

percent proportion

Front

a/b = p/100

Back

base

Front

number that is multiplied repeatedly

Back

domain

Front

possible values for the input

Back

conversion factor

Front

ratio of two equivalent measures in different units

Back

function notation

Front

f(x)=

Back

discrete graph

Front

composed of distinct, isolated points

Back

whole numbers

Front

nonnegative numbers

Back

rate of change

Front

when one quantity depends of another

Back

similar figures

Front

two figures that have that same shape but not size

Back

continuous graph

Front

graph that's unbroken (connects)

Back

square root

Front

number that when multiplied by itself equals a given number

Back

integers

Front

whole numbers and their opposites

Back

function

Front

relation that assigns exactly one value in the range to each value of the domain

Back

rise

Front

vertical change

Back

linear function

Front

function whose graph is a line

Back

independent variable

Front

variable that provides the input values of a function

Back

rational numbers

Front

real number that can be written as a ratio of two integers

Back

algebraic expression

Front

mathematical phrase that includes one or more variables

Back

scale

Front

ratio of any length in a scale drawing to the corresponding actual lengths

Back

opposites

Front

number that is the same distance from zero on a number line but in the opposite direction

Back

vertical line tests

Front

method used to determine if a relation is a function

Back

parallel

Front

m1=m2

Back

unit rate

Front

ratio with denominator of 1

Back

like terms

Front

terms with exactly the same variable factors in a variable expression

Back

run

Front

horizontal change

Back

absolute value

Front

distance that a number is from zero on a number line

Back

term

Front

number, variable, product, or quotient of a number and one or more variables

Back

perfect square

Front

numbers whose square roots are integers

Back

natural numbers

Front

counting numbers

Back

dependent variable

Front

variable that provides the output values of a function

Back

range

Front

possible values for the output

Back

radical

Front

expression made up of a radical symbol and radicand

Back

Section 2

(11 cards)

x int

Front

where the graph crosses the x axis

Back

slope of zero

Front

(y) horizontal

Back

perpendicular

Front

m1 *m2 = -1

Back

positive slope

Front

falls from right to left

Back

point slope form

Front

y-y1=m(x-x1)

Back

y int

Front

point where the graph crosses the y-axis

Back

undefined slope

Front

(x) vertical

Back

negative slope

Front

falls from left to right

Back

slope intercept form

Front

y=mx+b

Back

standard form

Front

Ax+By=C

Back

slope formula

Front

y2-y1/x2-x1

Back