SSC Board Practice

SSC Grade VII - Area and Perimeter
Question 1
1.
If the inner rectangle area, outer rectangle area and width of a rectangular path are 70.00 sq.cm, 125.44 sq.cm and 1.40 cm respectively, the outer breadth of the rectangular path =
  • 7.80 cm
  • 11.80 cm
  • 8.80 cm
  • 10.80 cm
  • 9.80 cm
Question 2
2.
If the length and area of a rectangle are 13.00 cm and 143.00 sq.cm respectively, the breadth of the rectangle =
  • 8.00 cm
  • 6.00 cm
  • 11.00 cm
  • 14.00 cm
  • 16.00 cm
Question 3
3.
If the inner length, outer breadth and width of a rectangular path are 9.00 cm, 8.40 cm and 1.20 cm respectively, the area of the inner rectangle of the rectangular path =
  • 51.00 sq.cm
  • 49.00 sq.cm
  • 57.00 sq.cm
  • 54.00 sq.cm
  • 59.00 sq.cm
Question 4
4.
Find the area of the shaded region
  • 625.00 sq.cm
  • 626.00 sq.cm
  • 627.00 sq.cm
  • 629.00 sq.cm
  • 628.00 sq.cm
Question 5
5.
In an isosceles right angled triangle △PQR, if corresponding height to the base QR is 11 cm, then area of the triangle =
  • 60.50 sq.cm
  • 57.50 sq.cm
  • 55.50 sq.cm
  • 65.50 sq.cm
  • 63.50 sq.cm
Question 6
6.
In △PQR, if base QR = 16 cm and area of the triangle = 106 sq.cm, then corresponding height of side QR =
  • 10.25 cm
  • 8.25 cm
  • 16.25 cm
  • 13.25 cm
  • 18.25 cm
Question 7
7.
If the width of a square path is 0.50 cm and outer side is 10.00 cm, the area of the square path =
  • 14.00 sq.cm
  • 16.00 sq.cm
  • 24.00 sq.cm
  • 22.00 sq.cm
  • 19.00 sq.cm
Question 8
8.
If the width of a square path is 0.50 cm and inner side is 7.00 cm, the area of the square path =
  • 12.00 sq.cm
  • 10.00 sq.cm
  • 20.00 sq.cm
  • 15.00 sq.cm
  • 18.00 sq.cm
Question 9
9.
If the perimeter and area of a rectangle are 42.00 cm and 80.00 sq.cm respectively, the length of the rectangle =
  • 13.00 cm
  • 11.00 cm
  • 19.00 cm
  • 21.00 cm
  • 16.00 cm
Question 10
10.
In an isosceles right angled triangle △PQR, if QR = 11 cm is one of the equal sides, then area of the triangle =
  • 55.50 sq.cm
  • 57.50 sq.cm
  • 60.50 sq.cm
  • 65.50 sq.cm
  • 63.50 sq.cm