Factorization
Quadratic Equations
Relations and Functions
Quadratic Graphs
Composite and Inverse Functions
100

Factorize:
6x + 12 

6(x+2)

100

Solve:  x2−9=0

x=3 or x=−3

100

Define a relation in mathematics.

A set of ordered pairs that shows the relationship between elements of two sets.

100

What is the general form of a quadratic function?

y=ax2+bx+c

100

Define a composite function.

A function formed by applying one function to the result of another.

200

Factorize using the distributive law: 8x−16

8(x−2)

200

Solve: x2+7x+12=0 

x=−3 or x=−4

200

Name the type of relation: Each student has exactly one school ID.

One-to-one relation

200

What is the shape of a quadratic graph called?

A parabola

200

Given f(x)=x+1, find f(3).

4

300

Factorize by grouping: ax+ay+bx+by

(a+b)(x+y)

300

Solve:
x2−16=0

x=4 or x=−4

300

State the difference between a relation and a function.

A function is a relation where each input has exactly one output.

300

Identify the vertex of the function: y=(x−3)2+2

(3,2)

300

Given f(x)=x+2 and g(x)=3x, Find f(g(2)).

g(2)=6

f(6)=8

400

Factorize the quadratic expression: x2+7x+10

(x+5)(x+2)

400

Solve:
2x2−8x=0

x=0 or x=4

400

Evaluate the function if:   f(x)=2x+3 , Find f(4)

11

400

State the axis of symmetry of the function:
y=(x−4)2+1

x=4

400

Find the inverse of
f(x)=x+6

f−1(x)= x - 6

600

Factorize as a perfect square: x2+10x+25

(x+5)2

600

Solve:
x2−x−12=0

x=4 or x=−3

600

Evaluate f(x)=x2+1, for when x= 3

10

600

Find the y-intercept of the function
y=x2+4x+3

(0,3)

600

Find the inverse of
f(x)=2x

f−1(x)=x/2

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