3. Which condition(s) will allow you to prove that l || m ? l vertical linevertical line m question mark

   

   1. ∠ 1 ≅ 4 angle 1 approximately equal to 4
   2. ∠ 2 ≅ ∠ 5 angle 2 approximately equal to angle 5
   3. ∠ 3 ≅ ∠ 4 angle 3 approximately equal to angle 4
   4. m ∠ 2 + m ∠ 4 = 180 m angle , 2 plus , m angle , 4 equals 180
   1. III only
   2. I and IV only
   3. I, II, III, and IV
   4. II and III only
4. The length of your rectangular vegetable garden is 15 times its width. You used 160 ft of fencing to surround the garden. How much area do you have for planting?
   6. 150  ft 2 150 , ft squared
   7. 375  ft 2 375 , ft squared
   8. 800  ft 2 800 , ft squared
   9. 1600  ft 2 1600 . ft squared
5. What is the converse of the statement, “If a strawberry is red, then it is ripe”?
   1. If a strawberry is not red, then it is not ripe.
   2. If a strawberry is ripe, then it is red.
   3. A strawberry is ripe if and only if it is red.
   4. If a strawberry is red, then it is ripe.
6. Which point lies farthest from the origin?
   6. ( 0 , − 7 ) open 0 comma negative 7 close
   7. ( − 4 , − 3 ) open negative 4 comma negative 3 close
   8. ( − 3 , 8 ) open negative 3 comma 8 close
   9. (5, 1)
7. ∠ A angle eh  and ∠ B angle b  are supplementary vertical angles. What is m ∠ B ? m angle b question mark
   1. 45
   2. 90
   3. 135
   4. 180
8. Which types of angles can an obtuse triangle have?
   1. a right angle
   2. two acute angles
   3. an obtuse angle
   4. two vertical angles I and II
   6. I and II
   7. III and IV
   8. II and III
   9. I and IV
9. Ken went shopping and spent $14.00 on a book, $6.50 on lunch, and $2.50 on bus fare. On the way home he collected $10 from a friend who owed him money. When he returned home he had $15.00. He guessed that he started with $25.00. How can he verify this?
   1. Compute 25 − 14 − 6 . 5 − 2 . 5 + 10 25 minus 14 minus 6 . 5 minus 2 . , 5 plus 10  to see if it equals 0.
   2. Compute 25 − 14 − 6 . 5 − 2 . 5 + 10 25 minus 14 minus 6 . 5 minus 2 . , 5 plus 10  to see if it equals 15.
   3. Compute 14 + 6 . 50 + 2 . 50 − 10 14 plus 6 . . 50 plus 2 . . 50 minus 10  to see if it equals 25.
   4. Compute 15 − ( 14 + 6 . 50 + 2 . 50 ) + 10 15 minus . open 14 plus 6 . . 50 plus 2 . . 50 close , plus 10  to see if it equals 25.

10. What is the value of x in the figure?

    

    6. 20
    7. 25
    8. 45
    9. 50
11. If Deb gets an A on the test, then she will go to the movies. If Deb goes to the movies, then she will get popcorn. Deb does not get popcorn. What can you conclude?
    1. Deb went to the movies.
    2. Deb got a C on the test.
    3. Deb got a soft pretzel.
    4. Deb did not get an A on the test.

12. The net for a cylindrical container that holds a stack of DVDs is shown below. What is the total area of the net?

    

    6. 226  cm 2 226 , cm squared
    7. 302  cm 2 302 , cm squared
    8. 528  cm 2 528 , cm squared
    9. 582  cm 2 582 , cm squared

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