Inequalities
Transformations
Analyzing graphs and piecewise functions
Compound functions
Absolute Value
100

Solve the inequality:

3x-7>11

x>6

100

What is the parent function.

f(x) = (x-3)2 +4

x2

100

A graph is symmetric about the y‑axis. Is the function even, odd, or neither?  

Answer: Even

100

If

f(x)=2x−3, g(x)=x2+1,

find (f+g)(2).

Answer: (f+g)(2)=(2⋅2−3)+(22+1)=1+5=6


100
Solve:

|x-5| = 7

x=12,-2

200

Solve:

(5-2x)/3 > (x+7)/6

x<3/5

200

Describe all transformations: 

h (x) = -2|x+1|

Shift left 1 

vertical stretch factor of 2

reflection across x-axis

200

A function satisfies f(−x)=−f(x). What type of function is it?  


Answer: Odd

200

Given

f(x)=x+4, g(x)=3x−2,

find the domain of (f−g)(x).

Answer: x≥−4

200

Solve:

|2x+3|<5

-4<x<1

300

Solve:

(3x-8)/4 + 2 <= (x+10)/2

x<=20

300

Transform the graph. Shift right 2, up 1, reflected across the x-axis.

f(x) = x3

f(x) = -(x-2)3 +1

300

Determine whether

f(x)=x3−4x

is even, odd, or neither.

Answer: Odd

300

f(x)=x2−9, g(x)=x−3,

compute f(x)/g(x) and simplify. Then determine the restricted value.

Answer: (x2−9)/(x−3) = x+3,  x≠3

300

|3x-1| = |x+5|

x= 3, -1

400

Solve:

-15<=3(2-x)<9

-1<x<=7

400

A graph of y=∣x∣ is shifted right 5, down 3, and vertically stretched by 4. Write the transformed function.

f(x)=4∣x−5∣−3

400

A graph shows a function increasing on (−∞,−2), decreasing on (−2,5), and increasing again on (5,∞). What are the local extrema?  

Answer: Local max at x=−2; local min at x=5

400

f(x)=2x/(x−1), g(x)=(x+3)/x,

Find (f of g)(x)

f(g(x))=(2x+6)/3, x/=0 

400

|x+2|>=|x-6|

x>=2

500

Solve:

3x+2<-4 or 5-x>=12

x<-2

500

The graph of y=x is reflected across the x‑axis and shifted left 2. Write the new function.

f(x)=−sqrt(x+2)

500

Evaluate

f(x)={x2−4 x<1                   

         3x+2 x≥1} 

at x=1.

Answer: f(1)=5

500

h(x)=sqrt(2x+7)

decompose into h=f of g

g(x) = 2x+7, f(x) = sqrt(x)

500

Solve:

|3x+1|−4<5. 



-10/3 < x < 8/3