Topic 3 Test part 2

This is a continuation of you Topic 3 Test. Please answer the questions and check work before submitting. 
You only have one attempt.

2

The equation 3x = 12. Solve the equation.
The solution of the equation is __________

4

Tell which situations are equations, and which are inequalities by matching them to appropriate category?

Equation
Inequality

A boy earned $28 babysitting on Saturday night.
The homework took no more than 3 hours to complete.
Two friends live 7 blocks apart.
Each class must have fewer than 25 students

2

Which of these situations can you represent with the inequality x ≤ 44 ? Check all that apply.

2

You have a deck of t trading cards. You give 21 cards to a friend and have 2 left for yourself. How many cards were in the original deck?
Write a simpler, equivalent equation to solve t – 21 = 2 and find the number of cards in the deck.
There were _____ trading cards in the deck.

2

The fundraising group collected quarters from the school’s wishing well. The group arranged the quarters into 5 piles of 40 quarters. Let q be the number of quarters in the well.
Solve the equation q ÷ 5 = 40 to find the number of quarters in the well.
There were _______ quarters in the well.

2

Using your answer from the last question.
How much money, in dollars, did the group collect? (reminder 4 quarters = 1 dollar)
The group collected $_______.

1

Fill in the blanks to create an inequality represented by the graph below.

2

Graph the following inequality on the number line: x > 8

2

Our School Mascot is a Bulldog

2

Topic 3 Test part 2

The equation 3x = 12. Solve the equation.
The solution of the equation is __________

Tell which situations are equations, and which are inequalities by matching them to appropriate category?

Which of these situations can you represent with the inequality x ≤ 44 ? Check all that apply.

You have a deck of t trading cards. You give 21 cards to a friend and have 2 left for yourself. How many cards were in the original deck?
Write a simpler, equivalent equation to solve t – 21 = 2 and find the number of cards in the deck.
There were _____ trading cards in the deck.

The fundraising group collected quarters from the school’s wishing well. The group arranged the quarters into 5 piles of 40 quarters. Let q be the number of quarters in the well.
Solve the equation q ÷ 5 = 40 to find the number of quarters in the well.
There were _______ quarters in the well.

Using your answer from the last question.
How much money, in dollars, did the group collect? (reminder 4 quarters = 1 dollar)
The group collected $_______.

Fill in the blanks to create an inequality represented by the graph below.

Graph the following inequality on the number line: x > 8

Our School Mascot is a Bulldog

There are 32 days in December.

The equation 3x = 12. Solve the equation.
The solution of the equation is __________

Tell which situations are equations, and which are inequalities by matching them to appropriate category?

Which of these situations can you represent with the inequality x ≤ 44 ? Check all that apply.

You have a deck of t trading cards. You give 21 cards to a friend and have 2 left for yourself. How many cards were in the original deck?
Write a simpler, equivalent equation to solve t – 21 = 2 and find the number of cards in the deck.
There were _____ trading cards in the deck.

The fundraising group collected quarters from the school’s wishing well. The group arranged the quarters into 5 piles of 40 quarters. Let q be the number of quarters in the well.
Solve the equation q ÷ 5 = 40 to find the number of quarters in the well.
There were _______ quarters in the well.

Using your answer from the last question.
How much money, in dollars, did the group collect? (reminder 4 quarters = 1 dollar)
The group collected $_______.

Fill in the blanks to create an inequality represented by the graph below.

Graph the following inequality on the number line: x > 8

Our School Mascot is a Bulldog

There are 32 days in December.

Topic 3 Test part 2

Topic 3 Test part 2

The equation 3x = 12. Solve the equation.The solution of the equation is __________

Tell which situations are equations, and which are inequalities by matching them to appropriate category?

Which of these situations can you represent with the inequality x ≤ 44 ? Check all that apply.

You have a deck of t trading cards. You give 21 cards to a friend and have 2 left for yourself. How many cards were in the original deck? Write a simpler, equivalent equation to solve t – 21 = 2 and find the number of cards in the deck.There were _____ trading cards in the deck.

The fundraising group collected quarters from the school’s wishing well. The group arranged the quarters into 5 piles of 40 quarters. Let q be the number of quarters in the well.Solve the equation q ÷ 5 = 40 to find the number of quarters in the well.There were _______ quarters in the well.

Using your answer from the last question.How much money, in dollars, did the group collect? (reminder 4 quarters = 1 dollar)The group collected $_______.

Fill in the blanks to create an inequality represented by the graph below.

Graph the following inequality on the number line: x > 8

Our School Mascot is a Bulldog

There are 32 days in December.

The equation 3x = 12. Solve the equation.The solution of the equation is __________

Tell which situations are equations, and which are inequalities by matching them to appropriate category?

Which of these situations can you represent with the inequality x ≤ 44 ? Check all that apply.

You have a deck of t trading cards. You give 21 cards to a friend and have 2 left for yourself. How many cards were in the original deck? Write a simpler, equivalent equation to solve t – 21 = 2 and find the number of cards in the deck.There were _____ trading cards in the deck.

The fundraising group collected quarters from the school’s wishing well. The group arranged the quarters into 5 piles of 40 quarters. Let q be the number of quarters in the well.Solve the equation q ÷ 5 = 40 to find the number of quarters in the well.There were _______ quarters in the well.

Using your answer from the last question.How much money, in dollars, did the group collect? (reminder 4 quarters = 1 dollar)The group collected $_______.

Fill in the blanks to create an inequality represented by the graph below.

Graph the following inequality on the number line: x > 8

Our School Mascot is a Bulldog

There are 32 days in December.

The equation 3x = 12. Solve the equation.
The solution of the equation is __________

You have a deck of t trading cards. You give 21 cards to a friend and have 2 left for yourself. How many cards were in the original deck?
Write a simpler, equivalent equation to solve t – 21 = 2 and find the number of cards in the deck.
There were _____ trading cards in the deck.

The fundraising group collected quarters from the school’s wishing well. The group arranged the quarters into 5 piles of 40 quarters. Let q be the number of quarters in the well.
Solve the equation q ÷ 5 = 40 to find the number of quarters in the well.
There were _______ quarters in the well.

Using your answer from the last question.
How much money, in dollars, did the group collect? (reminder 4 quarters = 1 dollar)
The group collected $_______.

The equation 3x = 12. Solve the equation.
The solution of the equation is __________

You have a deck of t trading cards. You give 21 cards to a friend and have 2 left for yourself. How many cards were in the original deck?
Write a simpler, equivalent equation to solve t – 21 = 2 and find the number of cards in the deck.
There were _____ trading cards in the deck.

The fundraising group collected quarters from the school’s wishing well. The group arranged the quarters into 5 piles of 40 quarters. Let q be the number of quarters in the well.
Solve the equation q ÷ 5 = 40 to find the number of quarters in the well.
There were _______ quarters in the well.

Using your answer from the last question.
How much money, in dollars, did the group collect? (reminder 4 quarters = 1 dollar)
The group collected $_______.