Unit 2 Assessment

Bar Models

100

27 is 3 times as many as 9

a.  27 = 2 x 9

b.  3 x 27 = 9

c.  3 x 9 =27

d.  27 = 9 x 3

C and D

200

Bob runs 4 miles on his first trip.  He hikes 9 times as many miles on his next trip.  How many miles does Bob hike on his next trip?

36 miles

300

6 times as many as 11 is 66

a.  66 = 6 x 11

b. 66 x 6 = 11

c.  6 x 11 = 66

d.  11 = 6 x 66

A and C

400

Sam runs 6 miles on his first trip.  He hikes 8 times as many miles on his next trip.  How many miles does Sam hike on both trips?

54 miles

500

Amy runs 6 miles on Monday, 5 miles on Tuesday, 8 miles on Thursday and 11 miles on Saturday.  How many miles does Amy hike during the week?

19 miles

Factors

100

Tim has 16 toy cars to arrange in rows.  He wants to put the same number of toy cars in each rows.  List all five different way Tim can arrange the toy cars.  

1.  ____ row of _____

1 row of 16

16 rows of 1

8 rows of 2

2 rows  of 8

4 rows of 4

200

Which numbers are prime

15, 23, 13, 9, 5, 10

Prime numbers

23

13

5

300

Which comparisons describe the equation 8 x 6 = 48

A.  8 is 48 times as many as 6

B.  6 times as many as 8 is 48

C.  48 is 8 times as many as 6

D.  48 times as many as 8 is 6

B and C

400

Which comparisons describe the equation 

35 is  7 times as many as 5

A.  35 x 7 = 5

B.  5 x 7 = 35

C.  7= 35 x 5
D.  35 = 5 x 7

B and D

500

Brad has 27 toy cars to arrange in rows.  He wants to put the same number of toy cars in each rows.  List all the different ways Brad can arrange the toy cars.  

1.  ____ row of _____

1 row of 27       9 rows of 3

27 rows of 1       3 rows of 9

Mult

100

6 x 8 =

6 x 800 =

60 x 80 =

48

4800

4800

200

9 x 5 =

9 x 500 =

90 x 50 =

900 x 50 =

45

4500

4500

45000

300

Jim buys  4 books and 7 candy bars at the store.  The books cost $ 5 each , and the candy bars cost $ 2 each.  Which equations can be used to find how much money Jim spends at the store.  

1.  m= (4 x 2) + (7 x 5)

2.  m= (4 x 5) + (7 x 2)

3.  m= (4+ 5) X (7+ 2)

2.  m= (4x5) + (7x2)

400

Which numbers are Composite

16, 23, 15, 9, 2, 8, 17

16

15

9

8

500

Start with the number 6 use the rule "Multiply by 2"

6, ____, _____,______

6, 12, 24, 48

Pattern

100

3, 5, 7, 6, 8, 10, 9, ___,  ____, ____

11,  13, 12

200

One way could you describe Square, hexagon, and  Octagon

4 sides, 6 sides and 8 sides

300

72, 84, 96, _____, _____

108, 120

400

56, 52, 48, 44, ______, ______, ______ 

40, 36, 32

500

76, 84, 93, 103, ______, ______, ______

114, 126, 139