EduSahara™ Worksheet

Question 1

1.

If the length and area of a rectangle are 12.00 cm and 132.00 sq.cm respectively, the perimeter of the rectangle =

(i)

51.00 cm
(ii)

43.00 cm
(iii)

41.00 cm
(iv)

46.00 cm
(v)

49.00 cm

Question 2

2.

If the inner rectangle area, outer rectangle area and width of a rectangular path are 35.00 sq.cm, 48.00 sq.cm and 0.50 cm respectively, the outer length of the rectangular path =

(i)

6.00 cm
(ii)

10.00 cm
(iii)

9.00 cm
(iv)

7.00 cm
(v)

8.00 cm

Question 3

3.

If the side of a square is 14.00 cm, the perimeter of the square =

(i)

61.00 cm
(ii)

51.00 cm
(iii)

53.00 cm
(iv)

56.00 cm
(v)

59.00 cm

Question 4

4.

In a right angled triangle △PQR, if the area is 82.5 sq.cm and corresponding height of side QR = 15 cm, then side QR =

(i)

11.00 cm
(ii)

14.00 cm
(iii)

16.00 cm
(iv)

6.00 cm
(v)

8.00 cm

Question 5

5.

In an isosceles right angled triangle △PQR, if QR = 20 cm is one of the equal sides, then corresponding height of side PQ =

(i)

23.00 cm
(ii)

17.00 cm
(iii)

20.00 cm
(iv)

15.00 cm
(v)

25.00 cm

Question 6

6.

Find the area of the shaded region given below

(i)

380.00 sq.m
(ii)

371.00 sq.m
(iii)

365.00 sq.m
(iv)

357.00 sq.m
(v)

353.00 sq.m

Question 7

7.

If the outer length, outer breadth and width of a rectangular path are 12.20 cm, 11.20 cm and 2.10 cm respectively, the area of the rectangular path =

(i)

80.64 sq.cm
(ii)

77.64 sq.cm
(iii)

85.64 sq.cm
(iv)

75.64 sq.cm
(v)

83.64 sq.cm

Question 8

8.

If the inner length, inner breadth and width of a rectangular path are 9.00 cm, 6.00 cm and 1.80 cm respectively, the area of the outer rectangle of the rectangular path =

(i)

134.96 sq.cm
(ii)

117.96 sq.cm
(iii)

145.96 sq.cm
(iv)

98.96 sq.cm
(v)

120.96 sq.cm

Question 9

9.

If the breadth and perimeter of a rectangle are 14.00 cm and 64.00 cm respectively, the area of the rectangle =

(i)

249.00 sq.cm
(ii)

266.00 sq.cm
(iii)

252.00 sq.cm
(iv)

238.00 sq.cm
(v)

264.00 sq.cm

Question 10

10.

Find the perimeter of the shaded region given below

(i)

82.00 m
(ii)

100.00 m
(iii)

113.00 m
(iv)

98.00 m
(v)

124.00 m

Question 11

11.

In an isosceles right angled triangle △PQR, if area = 200 sq.cm, then side PQ =

(i)

15.00 cm
(ii)

17.00 cm
(iii)

20.00 cm
(iv)

23.00 cm
(v)

25.00 cm

Question 12

12.

Consider the following parallelograms. Which two parallelograms have the same area?

(i)

MNOP and QRST
(ii)

ABCD and QRST
(iii)

EFGH and MNOP
(iv)

ABCD and EFGH
(v)

EFGH and QRST

Question 13

13.

If the inner length, inner breadth and width of a rectangular path are 8.00 cm, 5.00 cm and 1.50 cm respectively, the area of the rectangular path =

(i)

45.00 sq.cm
(ii)

51.00 sq.cm
(iii)

48.00 sq.cm
(iv)

43.00 sq.cm
(v)

53.00 sq.cm

Question 14

14.

Consider the following triangles. Which two triangles have the same area?

(i)

△BCD and △KLM
(ii)

△EFG and △HIJ
(iii)

△BCD and △EFG
(iv)

△EFG and △KLM
(v)

△BCD and △HIJ

Question 15

15.

In rhombus PQRS, if diagonals QS = 15.00 cm and PR = 13.23 cm, the area of the rhombus =

(i)

104.23 sq.cm
(ii)

96.23 sq.cm
(iii)

94.23 sq.cm
(iv)

99.23 sq.cm
(v)

102.23 sq.cm

Question 16

16.

In an isosceles right angled triangle △PQR, if QR = 17 cm is one of the equal sides, then area of the triangle =

(i)

147.50 sq.cm
(ii)

156.50 sq.cm
(iii)

144.50 sq.cm
(iv)

130.50 sq.cm
(v)

122.50 sq.cm

Question 17

17.

If the outer length, inner breadth and area of the outer rectangle of a rectangular path are 12.80 cm, 6.00 cm and 138.24 sq.cm respectively, the area of the rectangular path =

(i)

95.24 sq.cm
(ii)

93.24 sq.cm
(iii)

85.24 sq.cm
(iv)

90.24 sq.cm
(v)

87.24 sq.cm

Question 18

18.

In a right angled triangle △PQR, if the base QR = 15 cm and the corresponding height is 20 cm, then corresponding height of side PQ =

(i)

18.00 cm
(ii)

20.00 cm
(iii)

12.00 cm
(iv)

10.00 cm
(v)

15.00 cm

Question 19

19.

If the inner rectangle area, outer rectangle area and width of a rectangular path are 80.00 sq.cm, 236.16 sq.cm and 3.20 cm respectively, the outer breadth of the rectangular path =