Wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

Summer School Assignment #1

Total questions: 25

Worksheet time: 6hrs 15mins

Name
Class
Date
1.

Find the area of triangle ABC

a)


112.21 cm2112.21\ cm^2

b)

60.99 cm260.99\ cm^2

c)

34.59 cm234.59\ cm^2

d)

62 cm62\ cm

2.

Express 7.178 to 2 decimal place

a)

7.17

b)

7.178

c)

7.20

d)

7.18

3.

Find the simple interest on $1,498 invested for 6 months at a rate of 6% per annum

a)

$44.94

b)

$449.40

c)

$89.88

d)

$149.80

4.

Express 10.48 to 3 significant figures

a)

10.49

b)

10

c)

104.8

d)

10.5

5.

By selling an article for $588 a salesman made a loss of 40%. What was the cost price of the article?

a)

$253.20

b)

$980

c)

$1,470

d)

$1,176

6.

Solve the equation 15−4x=2(3x+1)15-4x=2\left(3x+1\right)

a)

13101\frac{3}{10}

b)

1.9

c)

4124\frac{1}{2}

d)

310\frac{3}{10}

7.

A total of 1,200 students attend Top View High School. The ratio of teachers to students is 1:30. How many teachers are there at the school?

a)

40

b)

36,000

c)

30

d)

400

8.

Factorize completely: 4y2−z24y^2-z^2

a)

4(y2−z2)4\left(y^2-z^2\right)

b)

(4y+z)(4y−z)\left(4y+z\right)\left(4y-z\right)

c)

(2y+z)(2y−z)\left(2y+z\right)\left(2y-z\right)

d)

Cannot be factorised

9.

Simplify: 713+1126+1147\frac{1}{3}+11\frac{2}{6}+1\frac{1}{4}

a)

191219\frac{1}{2}

b)

20

c)

195619\frac{5}{6}

d)

19111219\frac{11}{12}

10.

Simplify: 112−25425×34\frac{1\frac{1}{2}-\frac{2}{5}}{4\frac{2}{5}\times\frac{3}{4}}

a)

12\frac{1}{2}

b)

13\frac{1}{3}

c)

15\frac{1}{5}

d)

5235\frac{2}{3}

11.

Simplify: 223+115625\frac{2\frac{2}{3}+1\frac{1}{5}}{6\frac{2}{5}}

a)

2948\frac{29}{48}

b)

12\frac{1}{2}

c)

9

d)

129601\frac{29}{60}

12.

Write as a single fraction in its lowest form: x−23+x+14\frac{x-2}{3}+\frac{x+1}{4}

a)

14x+1024\frac{14x+10}{24}

b)

7x+512\frac{7x+5}{12}

c)

7x+524\frac{7x+5}{24}

d)

7x−512\frac{7x-5}{12}

13.

Simplify: 2x−33+5−x2\frac{2x-3}{3}+\frac{5-x}{2}

a)

x+1812\frac{x+18}{12}

b)

x+96\frac{x+9}{6}

c)

2x+129\frac{2x+12}{9}

d)

x−96\frac{x-9}{6}

14.

Simplify: 225−113+3122\frac{2}{5}-1\frac{1}{3}+3\frac{1}{2}

a)

26102\frac{6}{10}

b)

4124\frac{1}{2}

c)

4154\frac{1}{5}

d)

417304\frac{17}{30}

15.

Factorise: 4a2−164a^2-16

a)

(2a+4)(2a−4)\left(2a+4\right)\left(2a-4\right)

b)

(2a+4)(2a+4)\left(2a+4\right)\left(2a+4\right)

c)

4(2a+4)(2a−4)4\left(2a+4\right)\left(2a-4\right)

d)

4(a2−16)4\left(a^2-16\right)

16.

Factorise: 4m2−14m^2-1

a)

4(m2−1)4\left(m^2-1\right)

b)

(2m−1)(2m−1)\left(2m-1\right)\left(2m-1\right)

c)

(2m+1)(2m−1)\left(2m+1\right)\left(2m-1\right)

d)

(1+4m)(1−4m)\left(1+4m\right)\left(1-4m\right)

17.

Factorise: 6y2−18xy6y^2-18xy

a)

6(y2−3xy)6\left(y^2-3xy\right)

b)

6y(y−3x)6y\left(y-3x\right)

c)

18(y2−6xy)18\left(y^2-6xy\right)

d)

3y(2y−6x)3y\left(2y-6x\right)

18.

Expand and simplify: (2k−3)(k−2)\left(2k-3\right)\left(k-2\right)

a)

2k2−7k+62k^2-7k+6

b)

2k2−4k−3k+62k^2-4k-3k+6

c)

2k2+7k+62k^2+7k+6

d)

2k−7k+62k-7k+6

19.

Expand: (x−9)(x+9)\left(x-9\right)\left(x+9\right)

a)

x2+81x^2+81

b)

x2+9x+81x^2+9x+81

c)

x2+9x−9x+81x^2+9x-9x+81

d)

x2−81x^2-81

20.

Factorise: 625−16y2625-16y^2

a)

(4y+25)(4y−25)\left(4y+25\right)\left(4y-25\right)

b)

(25+16y)(25−16y)\left(25+16y\right)\left(25-16y\right)

c)

(25+4y)(25−4y)\left(25+4y\right)\left(25-4y\right)

d)

(25−4y)(25−4y)\left(25-4y\right)\left(25-4y\right)

21.

The diagram shows a quadrilateral PQRS where PQ and SR are parallel, SQ = 8 cm, angle SPQ = 90 degrees, angle SQR = 82 degrees and angle QSR = 30 degrees. Determine the length of PS

a)

11 cm

b)

6 cm

c)

4 cm

d)

8 cm

22.

The diagram shows a quadrilateral PQRS where PQ and SR are parallel, SQ = 8 cm, angle SPQ = 90 degrees, angle SQR = 82 degrees and angle QSR = 30 degrees. Determine the length of PQ

a)

6.93 cm

b)

4.21 cm

c)

6.77 cm

d)

11 cm

23.

The diagram (not drawn to scale), shows the positions of two ships, P and Q, at anchor. FT is the vertical face of a cliff jutting out of the water. P and Q are 118 meters apart. FT = 80 m. Angle P is 40 degrees. Determine the length of FP.

a)

80 m

b)

103.92 m

c)

175.3 m

d)

95.34 m

24.

The diagram (not drawn to scale), shows the positions of two ships, P and Q, at anchor. FT is the vertical face of a cliff jutting out of the water. P and Q are 118 meters apart. FT = 80 m. Angle P is 40 degrees. Determine the angle of elevation of T from Q.

a)

30.2°30.2\degree

b)

41°41\degree

c)

20.6°20.6\degree

d)

22°22\degree

25.

Calculate the area of sector OABC if the angle at the centre is 270°270\degree ( Take π=227\pi=\frac{22}{7} )

a)

21.5 cm221.5\ cm^2

b)

28.88 cm228.88\ cm^2

c)

33.33 cm233.33\ cm^2

d)

29 cm29\ cm^{ }