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semester 2 final practice #1

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Last updated over 1 year ago
15 questions
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Question 1
1.

Enter the value of x that makes the following equation true. SHOW YOUR WORK.

Question 2
2.

Enter the value of x that makes the following equation true. SHOW YOUR WORK.

Question 3
3.

SHOW YOUR WORK.

Question 4
4.

Graph the following linear function.

Question 5
5.
Graph the following linear function by finding its intercepts:
The x-intercept is_______.
The y-intercept is_______.
Question 6
6.
Directions: Write and graph a system of linear equations to solve the following scenario.
Rock and Bowl charges $1 per game plus $4 for shoe rental. Super Bowling charges $2 per game plus $2 for shoe rental. For how many games will the cost to bowl be the same? What is that cost?
Equation 1: _______
Equation 2: _______
The solution to this system of linear equations is _______. Which means at_______ games the cost to bowl will be the same. That cost will be _______.
Question 7
7.

Solve the following system of linear equations by using the method of your choice (substitution OR elimination).


Question 8
8.

Enter an expression equivalent to:

Question 9
9.

Directions: Find the product of the following polynomials.

Question 10
10.

Directions: Find the product.

Question 11
11.

Directions: Find the product of the following polynomials.

Question 12
12.
Analyze the graphed quadratic function and identify its key properties.

The vertex is _______.
The axis of symmetry is _______.
The two zeros/roots are _______ and _______.
The y-intercept is _______.
Maximum or Minimum? _______
Question 13
13.
Directions: Solve the following quadratic equation by factoring.
The two factors of this quadratic are _______ and_______. The two roots/zeros of this quadratic are _______ and _______.
Question 14
14.
Directions: Calculate the key properties of the quadratic function and then graph. SHOW ALL YOUR WORK. Make sure your parabola has AT LEAST 5 points.


The axis of symmetry is _______.
The vertex is _______.
The y-intercept is _______.
The zeros/roots/x-intercepts are _______ and _______.
Does the parabola have a maximum or a minimum value? _______
Question 15
15.

Use the quadratic formula to solve the following quadratic equation. Simplify.