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21st Century Modern Mathematics
Integrated Test
Name: ____________________
P.5
Date:
Test 4
Class: _____________(
(for Book 5D)
)
____________________
Score: _________________/ 28
Suggested Time: 30 minutes
1
○
Which of the following is an equation?
(1 mark)
A. 48  6 < 9
B. 4r = 132
C. k – 4
D.
a
3
2
○
Which of the algebraic expressions below means ‘multiply m by 3, and then add 2’?
A. 2(m + 3)
B. 2m + 3
C. 3m + 2
D. 3(m + 2)
3
○
Solve the equation: F – 28 = 46
(1 mark)
(1 mark)
F =
4
○
Solve the equation:
h
4
= 12
(1 mark)
h =
5
○
Write suitable measurement units on the lines.
(a) The volume of a mobile phone is about 80 ____________________.
(1 mark)
(b) The volume of a truck is about 100 _____________________.
(1 mark)
(c) The volume of a dictionary is about 1500 _____________________.
(1 mark)
Test 4.1
© Modern Educational Research Society, Ltd.
6
○
A train travels 984 km in 8 hours. Find the distance the train travels in each hour on
average by the method of solving an equation. (Show your working.)
(3 marks)
7
○
There are 28 girls in the basketball class. There are altogether 73 pupils in the
basketball class. Find the number of boys in the basketball class by the method of
solving an equation. (Show your working.)
8
○
A
B
Remote control car
(3 marks)
C
Air-conditioner
D
Ball-pen
Bus
Arrange the objects above from the greatest volume to the smallest volume.
(Write down letters for the answers.)
Answer: ______, ______, ______, ______
(Greatest)
(1 mark)
(Smallest)
9
○
The 3-D shape on the left is made by putting cubes of volume
1 cm3 together. The volume of the 3-D shape is ______ cm3.
(1 mark)
Test 4.2
© Modern Educational Research Society, Ltd.
10
○
4 cm
The volume of the cuboid on the left is
______ cm3.
(1 mark)
7 cm
16 cm
11
○
10 cm
9 cm
The volume of the 3-D shape on
the right is ______ cm3.
5 cm
5 cm
6 cm
8 cm
(1 mark)
7 cm
12 John recorded the numbers visitors to Modern Cinema last week and made the bar
○
chart below.
Numbers of visitors to Modern Cinema last week
800
700
Number of visitors
600
500
400
300
200
100
0
Sun
Mon
Tue
Wed
Thu
Day of the week
Fri
Sat
(a) In the bar chart, each big division stands for ______ people.
(1 mark)
(b) The number of visitors on __________ was the largest.
(1 mark)
(c) The numbers of visitors on ___________ and ___________ were the closet.
(1 mark)
(d) There were altogether ______ visitors to the cinema last week.
Test 4.3
(1 mark)
© Modern Educational Research Society, Ltd.
13 The numbers of books borrowed from the school library by P.5 pupils and P.6 pupils
○
in the first half of the year are recorded in the table below.
Month
Number of books
Borrowed by P.5 pupils
Jan
Feb
Mar
Apr
May
Jun
161
152
184
238
215
179
Rounded off to the nearest ten
Borrowed by P.6 pupils
143
148
206
161
190
208
Rounded off to the nearest ten
(a) Round off the data to the nearest ten and write them in the above table. (2 marks)
(b) Using the rounded-off data, make a compound bar chart with vertical bars below,
where bars representing P.5 pupils and P.6 pupils in each month are put together
side by side. Each big division stands for 50 books.
(2 marks)
(Title)
Number of books
250
Books
borrowed by
P.5 pupils
200
150
Books
borrowed by
P.6 pupils
100
50
0
Jan
Feb
Mar
Apr
Month
May
Jun
Answer the following questions according to the completed chart.
(c) In _________, the numbers of books borrowed by the pupils in these two grades
were the closest.
(1 mark)
(d) In ________ and ________, the number of books borrowed by P.6 pupils was
larger than that borrowed by P.5 pupils.
(1 mark)
(e) In the first half year, ______ pupils borrowed ______ more books than the pupils
in the other grade.
(1 mark)
— End —
Test 4.4
© Modern Educational Research Society, Ltd.