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Grade 3Assessment of Reading, Writing and Mathematics, Primary Division
Spring 2014
Student Booklet
Mathematics
After each assessment, EQAO makes approximately half of the test items (questions) public. This allows EQAO to build a bank of assessment material that can be used in the future.
Items that are not published in this booklet are replaced by their description.
Test booklets and examples of student answers from the past five years
are available at www.eqao.com.
RELEASED ASSESSMENT QUESTIONS
MathematicsSection 1
You may not use a calculator or manipulatives for questions 1–4.
1 What is 24 ÷ 6?
● 3
● 4
● 18
● 30
2 A pattern starts at 3 and ends at 17.
What could be the pattern rule?
● Add 2 each time.
● Add 3 each time.
● Add 4 each time.
● Add 5 each time.
3 A store has 7 tricycles.
How many wheels in total are on these 7 tricycles?
● 3
● 7
● 14
● 21
4 Tony is reading a book that has 182 pages. He has 143 pages left to read.
How many pages has he read?
● 39
● 41
● 45
● 49
Student Booklet: Mathematics 3
Grade 3, Spring 2014 Section 1: Mathematics
You may now use a calculator and/or manipulatives.
Student Booklet: Mathematics 5
5 Which of the following has a mass of less than 1 kilogram?
● a bicycle
● a beachball
● a television
● a teacher’s desk
6 Transformations move the shape in Box 1 to Box 2 and then to Box 3.
Box 1 Box 2 Box 3
What are the transformations in order?
● reflection and translation
● reflection and rotation
● rotation and translation
● rotation and reflection
7 The list below shows the number of points a basketball team scores during nine games.
22, 24, 24, 26, 27, 21, 26, 28, 26
What is the mode number of points the team scores?
● 21
● 24
● 26
● 28
Grade 3, Spring 2014 Section 1: Mathematics
6 Student Booklet: Mathematics
8 David makes the shrinking pattern below.
73, 69, 65, 61, ____, ____, ____
Fill in the blanks with the next 3 numbers in David’s pattern.
Describe David’s pattern rule.
________________________________________________________________
Use David’s pattern rule to fill in the missing numbers in the pattern shown below.
____, 26, ____, ____, 14, ____
Section 1: Mathematics Grade 3, Spring 2014
Student Booklet: Mathematics 7
9 The table below shows 3 shapes and information about their angles.
0
Shape A
Shape B
Shape C
2
Shape D
1
Number ofright angles
Shape
Number of angles
larger thana right angle
Number of angles
smaller thana right angle
1 2
1
Complete the table for Shape B and Shape C.
Which of the following shapes could be Shape D?
Circle one:
Justify your answer.
Grade 3, Spring 2014 Section 1: Mathematics
8 Student Booklet: Mathematics
Section 1: Mathematics Grade 3, Spring 2014
10 Robert, Sam and Kendra create a spinner game.
• Robert wins if the arrow lands on R. • Sam wins if the arrow lands on S. • Kendra wins if the arrow lands on K.
They want to choose a spinner that will make the game fair.
Complete the chart below.
R R
K
R
KKS
S
SR
K
S
Circle one: Fair Unfair
Explain your answer. Explain your answer.
Circle one: Fair Unfair
Student Booklet: Mathematics 9
Grade 3, Spring 2014 Section 1: Mathematics
11 A collection of coins is shown below.
Represent this amount of money using the smallest possible number of coins and bills.
Show your work.
10 Student Booklet: Mathematics
Section 1: Mathematics Grade 3, Spring 2014
12 Which shape has angles that are all smaller than a right angle?
●
●
●
●
13 Karen uses the money shown below to buy crayons.
She is given 2 dimes in change. How much do the crayons cost?
● $4.30
● $4.40
● $4.50
● $4.70
Student Booklet: Mathematics 11
Grade 3, Spring 2014 Section 1: Mathematics
14 Sandy creates a pattern of adding 9 on a number chart.
Which chart below shows Sandy’s pattern?
● 1 2 4 5 7
11 13 14 15 16 17
21 22 23 25 26 27
31 32 33 34 35 36 37
4741 42 43 44 45 46
8 9 10
18 19 20
28 29 30
38 39 40
5048 49
3
12
24
6
● 1 2 4 5 7
11 13 14 15 16 17
21 22 23 25 26 27 28
3731 32 33 34 35 36
46
39
4741 42 43 44 45 49
8 9
18 19 20
10
29 30
38 40
5048
3
12
24
6
● 1 2 4 5 7
11 13 14 15 16 17
21 22 23 25 26 27
31 32 33 34 35 36 37
4741 42 43 44 45 46
8 9 10
18 19 20
28 29 30
38 39 40
5048 49
3
12
24
6
● 1 2 4 5 7
11 13 14 15 16 17
21 22 23 25 26 27
31 32 33 34 35 36 37
4741 42 43 44 45 46
8 9 10
18 19 20
28 29 30
38 39 40
5048 49
3
12
24
6
15 Tianna makes a pattern by repeating the 5 shapes below in the order shown.
What is the 8th shape in this pattern?
●
●
●
●
12 Student Booklet: Mathematics
Section 1: Mathematics Grade 3, Spring 2014
16 The table below shows information about 3 students.
Himal 107 cm
Greg 1 m 9 cm
Abe ?
Name Height
Abe is the tallest of the 3 students by 5 cm.
What is Abe’s height?
● 109 cm
● 114 cm
● 1 m 7 cm
● 1 m 12 cm
17 Marissa and Kara each draw a rectangle.
1 unit
Marissa Kara
Whose rectangle has the greater perimeter and by how much?
● Kara’s, by 1 unit
● Kara’s, by 16 units
● Marissa’s, by 2 units
● Marissa’s, by 18 units
18 Which is the most appropriate unit to measure the width of a gym?
● metre
● kilogram
● kilometre
● centimetre
MathematicsSection 2
14 Student Booklet: Mathematics
Section 2: Mathematics Grade 3, Spring 2014
After each assessment, EQAO makes approximately half of the test items (questions) public. This allows EQAO to build a bank of assessment material that can be used in the future.
Items that are not published in this booklet are replaced by their description.
Test booklets and examples of student answers from the past five years are available at www.eqao.com.
1 determine missing numbers in a pattern (Application)
2 extend a growing pattern (Thinking)
3 determine the relationship between two numbers (Knowledge and Understanding)
4 add and subtract three-digit numbers (Thinking)
5 measure the area of a shape (Application)
6 solve a problem involving areas of shapes (Application)
7 determine the relationship between weeks and years (Knowledge and Understanding)
8 read time on a clock (Knowledge and Understanding)
9 measure lengths using standard units (Thinking)
10 identify a three-dimensional figure by its edges (Knowledge and Understanding)
11 solve a problem involving covering a shape (Application)
12 complete pictures using lines of symmetry (Application)
13 determine inverse relationships in equations (Knowledge and Understanding)
14 determine numbers in a shrinking pattern (Application)
15 identify a shape in a simple geometric pattern (Thinking)
16 determine the likelihood of an outcome (Application)
17 read data in a graph (Knowledge and Understanding)
18 interpret and draw conclusions from data presented in a graph (Thinking)
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