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(Random) Linear Functions

a. Writing Linear Functions from Graphs
b. Writing Linear Functions from Words
c. Writing Linear Functions from Sets/Tables
d. Writing Linear Functions from Sequences
e. Solving for the domain of a Linear Function given an element of the range
f. Find the value of a Linear Function
g. Find the domain and range of a Linear Function
h. Finding where a Linear Function is continuous
i. Find the x-intercepts of a Linear Function
j. Find the y-intercepts of a Linear Function
k. Transforming a Linear Function
l. Finding where a Linear Function is positive
m. Finding where a Linear Function is negative
n. Finding where a Linear Function is increasing
o. Finding where a Linear Function is decreasing
p. Finding asymptotes of a Linear Function
q. Finding zeros of a Linear Function
r. Finding end behavior of a Linear Function
s. Finding best fit for scatterplots of a Linear Function
t. Identifying if a Linear Function is even
u. Identifying if a Linear Function is odd
v. Finding symmetries of a Linear Function
w. Finding maxima and minima of a Linear Function
x. Finding the rate of change of a Linear Function
y. Finding the inverse of a Linear Function
z. Finding the periodicity of a Linear Function
aa. Finding fixed points of a Linear Function

(Random) Linear Functions Word Problems

a. Linear Word Problems - finding slope
b. Linear Word Problems - finding y-intercepts
c. Linear Word Problems - finding f(a)
d. Linear Word Problems - finding x where f(x) = a
e. Direct Variation Word Problems

(Random) Quadratic Functions

a. Writing Quadratic Functions from Graphs
b. Writing Quadratic Functions from Words
c. Writing Quadratic Functions from Sets/Tables
d. Writing Quadratic Functions from Sequences
e. Solving for the domain of a Quadratic Function given an element of the range
f. Find the value of a Quadratic Function
g. Find the domain and range of a Quadratic Function
h. Finding where a Quadratic Function is continuous
i. Find the x-intercepts of a Quadratic Function
j. Find the y-intercepts of a Quadratic Function
k. Transforming a Quadratic Function
l. Finding where a Quadratic Function is positive
m. Finding where a Quadratic Function is negative
n. Finding where a Quadratic Function is increasing
o. Finding where a Quadratic Function is decreasing
p. Finding asymptotes of a Quadratic Function
q. Finding zeros of a Quadratic Function
r. Finding end behavior of a Quadratic Function
s. Finding best fit for scatterplots of a Quadratic Function
t. Identifying if a Quadratic Function is even
u. Identifying if a Quadratic Function is odd
v. Finding symmetries of a Quadratic Function
w. Finding maxima and minima of a Quadratic Function
x. Finding the rate of change of a Quadratic Function
y. Finding the inverse of a Quadratic Function
z. Finding the periodicity of a Quadratic Function
aa. Finding fixed points of a Quadratic Function

(Random) Quadratic Functions Word Problems

a. Quadratic Word Problems - finding max/min
b. Quadratic Word Problems - finding y-intercepts
c. Quadratic Word Problems - finding x-intercepts
d. Quadratic Word Problems - finding f(a)
e. Quadratic Word Problems - finding x where f(x) = a

(Random) Polynomial Functions

a. Writing Polynomial Functions from Graphs
b. Writing Polynomial Functions from Words
c. Writing Polynomial Functions from Sets/Tables
d. Writing Polynomial Functions from Sequences
e. Solving for the domain of a Polynomial Function given an element of the range
f. Find the value of a Polynomial Function
g. Find the domain and range of a Polynomial Function
h. Finding where a Polynomial Function is continuous
i. Find the x-intercepts of a Polynomial Function
j. Find the y-intercepts of a Polynomial Function
k. Transforming a Polynomial Function
l. Finding where a Polynomial Function is positive
m. Finding where a Polynomial Function is negative
n. Finding where a Polynomial Function is increasing
o. Finding where a Polynomial Function is decreasing
p. Finding asymptotes of a Polynomial Function
q. Finding zeros of a Polynomial Function
r. Finding end behavior of a Polynomial Function
s. Finding best fit for scatterplots of a Polynomial Function
t. Identifying if a Polynomial Function is even
u. Identifying if a Polynomial Function is odd
v. Finding symmetries of a Polynomial Function
w. Finding maxima and minima of a Polynomial Function
x. Finding the rate of change of a Polynomial Function
y. Finding the inverse of a Polynomial Function
z. Finding the periodicity of a Polynomial Function

(Random) Polynomial Functions Word Problems

a. Polynomial Word Problems - finding max/min
b. Polynomial Word Problems - finding y-intercepts
c. Polynomial Word Problems - finding x-intercepts
d. Polynomial Word Problems - finding f(a)

(Random) Absolute Value Functions

a. Writing Absolute Value Functions from Graphs
b. Writing Absolute Value Functions from Words
c. Writing Absolute Value Functions from Sets/Tables
d. Writing Absolute Value Functions from Sequences
e. Solving for the domain of an Absolute Value Function given an element of the range
f. Find the value of an Absolute Value Function
g. Find the domain and range of an Absolute Value Function
h. Finding where an Absolute Value Function is continuous
i. Find the x-intercepts of an Absolute Value Function
j. Find the y-intercepts of an Absolute Value Function
k. Transforming an Absolute Value Function
l. Finding where an Absolute Value Function is positive
m. Finding where an Absolute Value Function is negative
n. Finding where an Absolute Value Function is increasing
o. Finding where an Absolute Value Function is decreasing
p. Finding asymptotes of an Absolute Value Function
q. Finding zeros of an Absolute Value Function
r. Finding end behavior of an Absolute Value Function
s. Identifying if an Absolute Value Function is even
t. Identifying if an Absolute Value Function is odd
u. Finding symmetries of an Absolute Value Function
v. Finding maxima and minima of an Absolute Value Function
w. Finding the rate of change of an Absolute Value Function
x. Finding the periodicity of an Absolute Value Function
y. Finding fixed points of an Absolute Value Function

(Random) Absolute Value Functions Word Problems

a. Absolute Value Word Problems - finding max/min
b. Absolute Value Word Problems - finding y-intercepts
c. Absolute Value Word Problems - finding x-intercepts
d. Absolute Value Word Problems - finding f(a)
e. Absolute Value Word Problems - finding x where f(x) = a

(Random) Exponential Functions

a. Writing Exponential Functions from Graphs
b. Writing Exponential Functions from Words
c. Writing Exponential Functions from Sets/Tables
d. Writing Exponential Functions from Sequences
e. Solving for the domain of a Exponential Function given an element of the range
f. Find the value of a Exponential Function
g. Find the domain and range of a Exponential Function
h. Finding where a Exponential Function is continuous
i. Find the x-intercepts of a Exponential Function
j. Find the y-intercepts of a Exponential Function
k. Transforming a Exponential Function
l. Finding where a Exponential Function is positive
m. Finding where a Exponential Function is negative
n. Finding where a Exponential Function is increasing
o. Finding where a Exponential Function is decreasing
p. Finding asymptotes of a Exponential Function
q. Finding zeros of a Exponential Function
r. Finding end behavior of a Exponential Function
s. Finding best fit for scatterplots of a Exponential Function
t. Identifying if a Exponential Function is even
u. Identifying if a Exponential Function is odd
v. Finding symmetries of a Exponential Function
w. Finding maxima and minima of a Exponential Function
x. Finding the rate of change of a Exponential Function
y. Finding the inverse of a Exponential Function
z. Finding the periodicity of a Exponential Function

(Random) Exponential Functions Word Problems

a. Exponential Word Problems - finding y-intercepts
b. Exponential Word Problems - finding f(a)
c. Exponential Word Problems - finding x where f(x) = a

(Random) Rational Functions

a. Writing Rational Functions from Graphs
b. Writing Rational Functions from Words
c. Solving for the domain of a Rational Function given an element of the range
d. Find the value of a Rational Function
e. Find the domain and range of a Rational Function
f. Finding where a Rational Function is continuous
g. Find the x-intercepts of a Rational Function
h. Find the y-intercepts of a Rational Function
i. Transforming a Rational Function
j. Finding where a Rational Function is positive
k. Finding where a Rational Function is negative
l. Finding where a Rational Function is increasing
m. Finding where a Rational Function is decreasing
n. Finding vertical asymptotes of a Rational Function
o. Finding horizontal asymptotes of a Rational Function
p. Finding zeros of a Rational Function
q. Finding end behavior of a Rational Function
r. Identifying if a Rational Function is even
s. Identifying if a Rational Function is odd
t. Finding symmetries of a Rational Function
u. Finding maxima and minima of a Rational Function
v. Finding the rate of change of a Rational Function
w. Finding the inverse of a Rational Function
x. Finding the periodicity of a Rational Function
y. Finding fixed points of a Rational Function

(Random) Rational Functions Word Problems

a. Rational Word Problems - finding horizontal asymptotes
b. Rational Word Problems - finding f(a)
c. Rational Word Problems - finding x where f(x) = a

(Random) Radical Functions

a. Writing Radical Functions from Graphs
b. Writing Radical Functions from Words
c. Writing Radical Functions from Sets/Tables
d. Solving for the domain of a Radical Function given an element of the range
e. Find the value of a Radical Function
f. Find the domain and range of a Radical Function
g. Finding where a Radical Function is continuous
h. Find the x-intercepts of a Radical Function
i. Find the y-intercepts of a Radical Function
j. Transforming a Radical Function
k. Finding where a Radical Function is positive
l. Finding where a Radical Function is negative
m. Finding where a Radical Function is increasing
n. Finding where a Radical Function is decreasing
o. Finding asymptotes of a Radical Function
p. Finding zeros of a Radical Function
q. Finding end behavior of a Radical Function
r. Identifying if a Radical Function is even
s. Identifying if a Radical Function is odd
t. Finding symmetries of a Radical Function
u. Finding maxima and minima of a Radical Function
v. Finding the rate of change of a Radical Function
w. Finding the inverse of a Radical Function
x. Finding the periodicity of a Radical Function
y. Finding fixed points of a Radical Function

(Random) Radical Functions Word Problems

a. Radical Word Problems - finding f(a)
b. Radical Word Problems - finding x where f(x) = a

(Random) Logarithmic Functions

a. Writing Logarithmic Functions from Graphs
b. Writing Logarithmic Functions from Words
c. Writing Logarithmic Functions from Sets/Tables
d. Solving for the domain of a Logarithmic Function given an element of the range
e. Find the value of a Logarithmic Function
f. Find the domain and range of a Logarithmic Function
g. Finding where a Logarithmic Function is continuous
h. Find the x-intercepts of a Logarithmic Function
i. Find the y-intercepts of a Logarithmic Function
j. Transforming a Logarithmic Function
k. Finding where a Logarithmic Function is positive
l. Finding where a Logarithmic Function is negative
m. Finding where a Logarithmic Function is increasing
n. Finding where a Logarithmic Function is decreasing
o. Finding asymptotes of a Logarithmic Function
p. Finding zeros of a Logarithmic Function
q. Finding end behavior of a Logarithmic Function
r. Finding best fit for scatterplots of a Logarithmic Function
s. Identifying if a Logarithmic Function is even
t. Identifying if a Logarithmic Function is odd
u. Finding symmetries of a Logarithmic Function
v. Finding maxima and minima of a Logarithmic Function
w. Finding the rate of change of a Logarithmic Function
x. Finding the inverse of a Logarithmic Function
y. Finding the periodicity of a Logarithmic Function

(Random) Logarithmic Functions Word Problems

a. Logarithmic Word Problems - finding f(a)
b. Logarithmic Word Problems - finding x where f(x) = a

(Random) Trigonometric Functions

a. Writing Trigonometric Functions from Graphs
b. Writing Trigonometric Functions from Words
c. Solving for the domain of a Trigonometric Function given an element of the range
d. Find the value of a Trigonometric Function
e. Find the domain and range of a Trigonometric Function
f. Finding where a Trigonometric Function is continuous
g. Find the x-intercepts of a Trigonometric Function
h. Find the y-intercepts of a Trigonometric Function
i. Transforming a Trigonometric Function
j. Finding where a Trigonometric Function is positive
k. Finding where a Trigonometric Function is negative
l. Finding where a Trigonometric Function is increasing
m. Finding where a Trigonometric Function is decreasing
n. Finding asymptotes of a Trigonometric Function
o. Finding zeros of a Trigonometric Function
p. Finding end behavior of a Trigonometric Function
q. Identifying if a Trigonometric Function is even
r. Identifying if a Trigonometric Function is odd
s. Finding symmetries of a Trigonometric Function
t. Finding maxima and minima of a Trigonometric Function
u. Finding the rate of change of a Trigonometric Function
v. Finding the inverse of a Trigonometric Function
w. Finding the periodicity of a Trigonometric Function

(Random) Trigonometric Functions Word Problems

a. Trigonometric Word Problems - finding max/min
b. Trigonometric Word Problems - finding f(a)
c. Trigonometric Word Problems - finding x where f(x) = a

(Random) Power Functions

a. Writing Power Functions from Graphs
b. Writing Power Functions from Words
c. Writing Power Functions from Sets/Tables
d. Solving for the domain of a Power Function given an element of the range
e. Find the value of a Power Function
f. Find the domain and range of a Power Function
g. Finding where a Power Function is continuous
h. Find the x-intercepts of a Power Function
i. Find the y-intercepts of a Power Function
j. Transforming a Power Function
k. Finding where a Power Function is positive
l. Finding where a Power Function is negative
m. Finding where a Power Function is increasing
n. Finding where a Power Function is decreasing
o. Finding asymptotes of a Power Function
p. Finding zeros of a Power Function
q. Finding end behavior of a Power Function
r. Identifying if a Power Function is even
s. Identifying if a Power Function is odd
t. Finding symmetries of a Power Function
u. Finding maxima and minima of a Power Function
v. Finding the rate of change of a Power Function
w. Finding the inverse of a Power Function

(Random) Power Functions Word Problems

a. Power Word Problems - finding f(a)
b. Power Word Problems - finding x where f(x) = a

(Random) Comparing Functions

a. Comparing maximum/minimum
b. Comparing domain/range
c. Finding domain/range of inverse functions

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