3. What is the equation of the line that goes through the point ( − 3 , 2 ) negative 3 comma 2 close  and is parallel to the line shown in the graph below?

   

   1. y + 3 = 1.5 ( x − 2 ) y plus 3 equals 1.5 open x minus 2 close
   2. y + 2 = 1.5 ( x − 3 ) y plus 2 equals 1.5 open x minus 3 close
   3. y − 3 = 1.5 ( x − 2 ) y minus , 3 equals 1.5 open x minus 2 close
   4. y − 2 = 1.5 ( x + 3 ) y minus , 2 equals 1.5 open x plus 3 close
4. Which expression is a simpler form of the complex

   fraction 1 x + 3 y 2 x y ? fraction 1 over x , plus , 3 over y , over fraction 2 , over x y end fraction end fraction . question mark

   6. 3 x y 2 fraction 3 x y , over 2 end fraction
   7. 3 x + y 2 x y fraction 3 x plus y , over 2 x y end fraction
   8. 3 2 3 halves
   9. 3 x + y 2 fraction 3 x plus y , over 2 end fraction

5. Which is the first incorrect step in simplifying log 9 243 ? log base 9 , 243 question mark

   Step 1: log 9 243 = x log base 9 , 243 equals x

   Step 2: 9 x = 243 9 to the x , equals 243

   Step 3: x = 243 ÷ 9 x equals 243 divides 9

   Step 4: = 27

   1. Step 1
   2. Step 2
   3. Step 3
   4. Step 4
6. Which is/are the solution(s) of the equation 2 x + 2 = 2 x − 4 ? square root of 2 x plus 2 end root . equals 2 x minus 4 question mark
   6. x = 3.5 x equals 3.5  and x = 1 x equals 1
   7. x = 3.5 x equals 3.5  and x = − 1 x equals negative 1
   8. x = 3.5 x equals 3.5
   9. x =1

7. Which is the simplest form of the expression?

   4 18 x 4 − 3 72 x 4 4 . square root of 18 , x to the fourth end root . minus 3 . square root of 72 , x to the fourth end root

   1. − 6 x 2 2 negative 6 , x squared , square root of 2
   2. − 6 x 2 negative 6 , x squared
   3. − 6 negative 6
   4. none of the above

8. Ana and Matthew each worked out the same problem, as shown below. Which statement is true of their solutions?

   Ana's Work

   Matthew's work

   a 2 3 b 4 3 a 5 b 3 = a 2 3 b 4 3 a 3 5 b   = a 2 3 − 3 5 b 4 3 − 1   = a 10 15 − 9 15 b 4 3 − 3 3   = a 1 15 b 1 3 table with 4 rows and 2 columns , row1 column 1 , fraction eh super 2 thirds end super . b super 4 thirds end super , over cube root of eh to the fifth , b end root , end fraction , column 2 equals . fraction eh super 2 thirds end super . b super 4 thirds end super , over eh super 3 fifths end super , b end fraction , row2 column 1 , , column 2 equals . eh super 2 thirds , minus , 3 fifths end super . b super 4 thirds , minus 1 end super , row3 column 1 , , column 2 equals . eh super 10 over 15 , minus , 9 fifteenths end super . b super 4 thirds , minus , 3 thirds end super , row4 column 1 , , column 2 equals , eh super 1 fifteenth end super . b super 1 third end super , end table

   a 2 3 b 4 3 a 5 b 3 = a 2 3 b 4 3 a 5 3 b 1 3   = a 2 3 − 5 3 b 4 3 − 1 3   = a − 1 b 1   = b a table with 4 rows and 2 columns , row1 column 1 , fraction eh super 2 thirds end super . b super 4 thirds end super , over cube root of eh to the fifth , b end root , end fraction , column 2 equals . fraction eh super 2 thirds end super . b super 4 thirds end super , over eh super 5 thirds end super . b super 1 third end super end fraction , row2 column 1 , , column 2 equals . eh super 2 thirds , minus , 5 thirds end super . b super 4 thirds , minus , 1 third end super , row3 column 1 , , column 2 equals , eh super negative 1 end super . b to the first , row4 column 1 , , column 2 equals , b over eh , end table

   6. Ana is correct.
   7. Matthew is correct.
   8. Both answers are incorrect.
   9. Both answers are correct.
9. If i = − 1 , i equals , square root of negative 1 end root , comma  what is the value of − i 4 ? negative , i to the fourth , question mark
   1. i
   2. − i negative i
   3. 1
   4. − 1 negative 1

10. What is the range of the graph shown below?

    

    6. x ≥ 3 x greater than or equal to , 3
    7. y ≥ 3 y greater than or equal to , 3
    8. x ≥ 2 x greater than or equal to , 2
    9. y ≥ 2 y greater than or equal to , 2
11. Given the equation y = log x n y equals , log base x , n  where n > 0 n greater than 0  and y < 0 , y less than 0 comma  which statement is valid for real values of x?
    1. x < 0 x less than , 0
    2. x ≤ 0 x less than or equal to , 0
    3. x ≥ 0 x greater than or equal to , 0
    4. x > 0 x greater than , 0

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