Multiple Choice
Identify the
letter of the choice that best completes the statement or answers the question.
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| 1. | Select the equation.
a. | 2x | c. | 2x + 7 = 1 | b. | 25 | d. | 3x2 | | | | |
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| 2. | Select the term to complete the sentence.
The solution to an equation is the value of the variable that makes
the equation ____.
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| 3. | Select the term to complete the sentence.
To determine if a value for a variable is the solution to an
equation, _____ this value for the variable into the equation. If the expressions on both sides of
the equal sign are ____ the value IS a solution to the equation.
a. | substitute;
equal | b. | substitute; not equal | | |
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| 4. | Use
the graph to determine the solution to the equation 2n + 3 = 19
{Use diagram from Question 3 Checking Section of 8.1
manuscript}
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| 5. | Make
a table of values for this pattern.
{Use diagram
from Question 5a in manuscript for lesson 8.1}
Write an algebraic expression for the pattern
rule.
Create an equation to determine the number of the figure with 29
counters
Select the equation.
a. | 2n + 3 =
29 | b. | 3n + 2 =
29 | c. | 4n + 1 =
29 | | |
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| 6. | Draw
a graph to solve the equation from Question 5.
Select the
solution.
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| 7. | {Use
diagram from Question 6 in manuscript for lesson 8.1}
The graph shows the weekly balance in Erica’s bank account,
rounded to the nearest $5.
Write an algebraic expression for the pattern
rule.
Create an equation to determine when her bank balance will be
$70.
Select the equation.
a. | 5n + 1 =
70 | b. | n + 5 =
70 | c. | 5n + 5 =
70 | | |
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| 8. | Use
the graph from Question 7 to solve the equation.
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| 9. | Examine the pattern.
What is the number of the figure that you could make
with 43 counters?
Select the equation you would use to solve the
problem.
a. | 4n + 3 =
43 | b. | 3n + 4 =
43 | c. | 4n + 4 =
43 | | |
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| 10. | Draw
the graph of the pattern shown in the diagram for Question 9.
Use the graph to
solve the equation.
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