

1.

Select the first step in the solution to the equation 5n + 2 = 37.
a.  Subtract 2 from both sides to isolate 5n.  b.  Add 2 to both sides
to isolate 5n.  c.  Divide both sides by 5 to isolate n +
2.  d.  Multiply both sides by 2 to isolate 5n. 


2.

Refer to question 1. Select the next step in the solution to the equation
5n + 2 = 37.
a.  Multiply both sides by 5 to isolate the n.  b.  Subtract 5 from both
sides to isolate the n.  c.  Divide both sides by 5 to isolate the
n.  d.  Add 5 to both sides to isolate the n. 


3.

Select the correct solution to the equation 5n + 2 = 37.


4.

Select the first step in the solution to the equation .
a.  Subtract 3 from both sides to isolate .  b.  Add 3 to both sides
to isolate .  c.  Divide both sides by
3 to isolate .  d.  Multiply both sides
by 3 to isolate . 


5.

Refer to question 4. Select the next step in the solution to the equation .
a.  Divide both sides by 4 to isolate m.  b.  Subract 4 from both
sides to isolate m.  c.  Add 4 to both sides to isolate
m.  d.  Multiply both sides by 4 to isolate m. 


6.

Select the correct solution to the equation .


7.

Select the correct solution to the equation 8 3 y =
26.


8.

Select the correct solution to the equation 3(x + 5) = 36.


9.

The grad committee has raised $1420 over the school
year in fundraising activities. They are planning on using the money to pay for the grad dinner and
dance. The DJ costs $250 for the evening. The cost of the dinner is $15/person. Write an equation
to represent the problem, where n represents the number of people who attend.
a.  n + 250 = 1420  c.  15n + 250 = 1420  b.  15n =
1420  d.  


10.

Solve the equation from question 9 to determine the number of people the grad
committee can allow to attend the dinner and dance.
