English
Tamil Nadu Board of Secondary EducationSSLC (English Medium) Class 10

Find the area of quadrilateral BCEG

Advertisements
Advertisements

Question

Find the area of quadrilateral BCEG

Sum
Advertisements

Solution

Area of the Quadrilateral BCEG = `1/2 [(x_1y_2 + x_2y_3 + x_3y_4 + x_4y_1) - (x_2y_1 + x_3y_2 + x_4y_3 + x_1y_4)]`

= `1/2[(4 + 2 + 0.75 + 9) - (-4 - 1.5 - 4.5 - 2)]`

= `1/2[15.75 + 12]`

= `1/2 [27.75]`

= 13.875

= 13.88 sq. units

shaalaa.com
  Is there an error in this question or solution?
Chapter 5: Coordinate Geometry - Exercise 5.1 [Page 212]

APPEARS IN

Samacheer Kalvi Mathematics [English] Class 10 SSLC TN Board
Chapter 5 Coordinate Geometry
Exercise 5.1 | Q 11. (iii) | Page 212

RELATED QUESTIONS

A wire when bent in the form of a square encloses an area = 576 cm2. Find the largest area enclosed by the same wire when bent to form;
(i) an equilateral triangle.
(ii) A rectangle whose adjacent sides differ by 4 cm.


The perimeter of a rectangular board is 70 cm. Taking its length as x cm, find its width in terms of x.
If the area of the rectangular board is 300 cm2; find its dimensions.


Calculate the area of quadrilateral ABCD in which AB = 32 cm, AD = 24 cm ∠A = 90° and BC = CD = 52 cm.


The cost of enclosing a rectangular garden with a fence all around, at the rate of 75 paise per metre, is Rs. 300. If the length of the garden is 120 metres, find the area of the field in square metres. 


The shaded region of the given diagram represents the lawn in the form of a house. On the three sides of the lawn, there are flowerbeds having a uniform width of 2 m.

(i) Find the length and the breadth of the lawn.
(ii) Hence, or otherwise, find the area of the flower-beds.


A quadrilateral field of unequal has a longer diagonal with 140m. The perpendiculars from opposite vertives upon this diagonal are 20m and 14m. Find the area of the field.


Find the diagonal of a quadrilateral whose area is 756cm2 and the perpendicular from the opposite vertices are 17cm and 19cm.


Find the area of the quadrilateral whose vertices are at (– 9, – 2), (– 8, – 4), (2, 2) and (1, – 3)


Find the value of k, if the area of a quadrilateral is 28 sq. units, whose vertices are (– 4, – 2), (– 3, k), (3, – 2) and (2, 3)


When proving that a quadrilateral is a parallelogram by using slopes you must find


Share
Notifications

Englishहिंदीमराठी


      Forgot password?
Use app×