EduSahara™ Worksheet
Name : Chapter Based Worksheet
Chapter : Perimeter and Area
Grade : CBSE Grade VII
License : Non Commercial Use
Question 1
1.
If area of an equilateral triangle is 84.87 sq.cm, the perimeter of the equilateral triangle =
  • (i)
    39.00 cm
  • (ii)
    42.00 cm
  • (iii)
    47.00 cm
  • (iv)
    45.00 cm
  • (v)
    37.00 cm
Question 2
2.
Find the area of the shaded region given below
  • (i)
    384.00 sq.m
  • (ii)
    405.00 sq.m
  • (iii)
    424.00 sq.m
  • (iv)
    437.00 sq.m
  • (v)
    410.00 sq.m
Question 3
3.
Find the area of the shaded region
  • (i)
    397.98 sq.cm
  • (ii)
    395.98 sq.cm
  • (iii)
    396.98 sq.cm
  • (iv)
    398.98 sq.cm
  • (v)
    394.98 sq.cm
Question 4
4.
If the inner and outer radii of a ring are 5.00 cm and 10.00 cm respectively, the area of the ring is
  • (i)
    237.71 sq.cm
  • (ii)
    231.71 sq.cm
  • (iii)
    219.71 sq.cm
  • (iv)
    235.71 sq.cm
  • (v)
    253.71 sq.cm
Question 5
5.
If the outer length, outer breadth and width of a rectangular path are 13.60 cm, 12.60 cm and 1.80 cm respectively, the area of the inner rectangle of the rectangular path =
  • (i)
    90.00 sq.cm
  • (ii)
    85.00 sq.cm
  • (iii)
    95.00 sq.cm
  • (iv)
    93.00 sq.cm
  • (v)
    87.00 sq.cm
Question 6
6.
    • 0.4371 hectares
    • =
  • (i)
    43710002.00000 sq.cm
  • (ii)
    43710000.00000 sq.cm
  • (iii)
    43710001.00000 sq.cm
  • (iv)
    43709999.00000 sq.cm
  • (v)
    43709998.00000 sq.cm
Question 7
7.
Find the perimeter of the shaded region given below
  • (i)
    162.00 m
  • (ii)
    190.00 m
  • (iii)
    144.00 m
  • (iv)
    178.00 m
  • (v)
    156.00 m
Question 8
8.
If the inner length, outer breadth and area of the outer rectangle of a rectangular path are 6.00 cm, 6.00 cm and 42.00 sq.cm respectively, the area of the rectangular path =
  • (i)
    12.00 sq.cm
  • (ii)
    15.00 sq.cm
  • (iii)
    17.00 sq.cm
  • (iv)
    7.00 sq.cm
  • (v)
    9.00 sq.cm
Question 9
9.
If the outer length, inner breadth and area of the outer rectangle of a rectangular path are 17.20 cm, 9.00 cm and 278.64 sq.cm respectively, the area of the rectangular path =
  • (i)
    183.64 sq.cm
  • (ii)
    200.64 sq.cm
  • (iii)
    175.64 sq.cm
  • (iv)
    188.64 sq.cm
Question 10
10.
If diameter of the circle is 12.00 cm, the perimeter of the semicircle is
  • (i)
    35.86 cm
  • (ii)
    25.86 cm
  • (iii)
    30.86 cm
  • (iv)
    27.86 cm
  • (v)
    33.86 cm
Question 11
11.
Find the perimeter of the shaded region given below
  • (i)
    148.00 m
  • (ii)
    153.00 m
  • (iii)
    172.00 m
  • (iv)
    187.00 m
  • (v)
    160.00 m
Question 12
12.
If perimeter of an equilateral triangle 48 cm, the area of the equilateral triangle =
  • (i)
    95.85 sq.cm
  • (ii)
    114.85 sq.cm
  • (iii)
    123.85 sq.cm
  • (iv)
    88.85 sq.cm
  • (v)
    110.85 sq.cm
Question 13
13.
If the inner radius of the ring is 6.00 cm and area of the ring is 201.14 sq.cm, the inner circle area is
  • (i)
    105.14 sq.cm
  • (ii)
    113.14 sq.cm
  • (iii)
    128.14 sq.cm
  • (iv)
    125.14 sq.cm
  • (v)
    86.14 sq.cm
Question 14
14.
If circumference of the circle is 31.43 cm, the area of the circle is
  • (i)
    78.57 sq.cm
  • (ii)
    73.57 sq.cm
  • (iii)
    75.57 sq.cm
  • (iv)
    83.57 sq.cm
  • (v)
    81.57 sq.cm
Question 15
15.
    • 90218.1237 sq.cm
    • =
  • (i)
    9.02181 sq.m
  • (ii)
    10.02181 sq.m
  • (iii)
    7.02181 sq.m
  • (iv)
    11.02181 sq.m
  • (v)
    8.02181 sq.m
Question 16
16.
If the area of a square is 225.00 sq.cm, the perimeter of the square =
  • (i)
    65.00 cm
  • (ii)
    60.00 cm
  • (iii)
    63.00 cm
  • (iv)
    57.00 cm
  • (v)
    55.00 cm
Question 17
17.
    • 4963.9590 sq.m
    • =
  • (i)
    2.49640 hectares
  • (ii)
    8.49640 hectares
  • (iii)
    0.49640 hectares
  • (iv)
    1.49640 hectares
  • (v)
    7.49640 hectares
Question 18
18.
If the width of the ring is 2.00 cm and inner radius is 7.00 cm, the inner circle area is
  • (i)
    169.00 sq.cm
  • (ii)
    140.00 sq.cm
  • (iii)
    131.00 sq.cm
  • (iv)
    156.00 sq.cm
  • (v)
    154.00 sq.cm
Question 19
19.
Find the area of the shaded region given below
  • (i)
    328.00 sq.m
  • (ii)
    312.00 sq.m
  • (iii)
    326.00 sq.m
  • (iv)
    321.00 sq.m
  • (v)
    353.00 sq.m
Question 20
20.
If the outer side of a square path is 7.00 cm and area of the square path is 13.00 sq.cm, the area of the outer square =
  • (i)
    46.00 sq.cm
  • (ii)
    54.00 sq.cm
  • (iii)
    52.00 sq.cm
  • (iv)
    49.00 sq.cm
  • (v)
    44.00 sq.cm
Question 21
21.
If the inner length, inner breadth, outer length and outer breadth of a rectangular path are 10.00 cm, 9.00 cm, 11.80 cm and 10.80 cm respectively, the width of the rectangular path =
  • (i)
    0.90 cm
  • (ii)
    1.90 cm
  • (iii)
    8.90 cm
  • (iv)
    2.90 cm
  • (v)
    7.90 cm
Question 22
22.
Find the area of the shaded region
  • (i)
    431.00 sq.cm
  • (ii)
    428.00 sq.cm
  • (iii)
    430.00 sq.cm
  • (iv)
    429.00 sq.cm
  • (v)
    432.00 sq.cm
Question 23
23.
Consider the following triangles. Which two triangles have the same area?
  • (i)
    △BCD and △HIJ
  • (ii)
    △BCD and △KLM
  • (iii)
    △EFG and △KLM
  • (iv)
    △EFG and △HIJ
  • (v)
    △BCD and △EFG
Question 24
24.
In the given figure, find the area of the shaded region
  • (i)
    186.00 sq.cm
  • (ii)
    208.00 sq.cm
  • (iii)
    175.00 sq.cm
  • (iv)
    212.00 sq.cm
  • (v)
    190.00 sq.cm
Question 25
25.
If the inner length, inner breadth, outer length and outer breadth of a rectangular path are 10.00 cm, 9.00 cm, 15.40 cm and 14.40 cm respectively, the area of the rectangular path =
  • (i)
    155.76 sq.cm
  • (ii)
    133.76 sq.cm
  • (iii)
    116.76 sq.cm
  • (iv)
    115.76 sq.cm
  • (v)
    131.76 sq.cm
    Assignment Key

  •  1) (ii)
  •  2) (v)
  •  3) (iii)
  •  4) (iv)
  •  5) (i)
  •  6) (ii)
  •  7) (i)
  •  8) (i)
  •  9) (iv)
  •  10) (iii)
  •  11) (v)
  •  12) (v)
  •  13) (ii)
  •  14) (i)
  •  15) (i)
  •  16) (ii)
  •  17) (iii)
  •  18) (v)
  •  19) (iii)
  •  20) (iv)
  •  21) (i)
  •  22) (iii)
  •  23) (ii)
  •  24) (v)
  •  25) (v)