arrow
arrow
arrow
The area of a Rhombus equals :
Question

The area of a Rhombus equals :

A.

12×\frac{1}{2} \times​ (sum of the lengths of its two diagonals) 

B.

2×{2} \times​(sum of the lengths of its two diagonals)​

C.

12×\frac{1}{2} \times​(sum of the lengths of its two diagonals)​

D.

2×{2} \times​(product of the lengths of its two diagonal)​

Correct option is C

The formula for the area of a rhombus is:

Area=12×(product of the lengths of its two diagonals)\text{Area} = \frac{1}{2} \times (\text{product of the lengths of its two diagonals})Area=21×(product of the lengths of its two diagonals)

So the correct option is:

(C) 12×(product of the lengths of its two diagonals)\frac{1}{2} \times \text{(product of the lengths of its two diagonals)}21×(product of the lengths of its two diagonals) 

test-prime-package

Access ‘ASSAM Grade III and Grade IV’ Mock Tests with

  • 60000+ Mocks and Previous Year Papers
  • Unlimited Re-Attempts
  • Personalised Report Card
  • 500% Refund on Final Selection
  • Largest Community
students-icon
354k+ students have already unlocked exclusive benefits with Test Prime!
test-prime-package

Access ‘ASSAM Grade III and Grade IV’ Mock Tests with

  • 60000+ Mocks and Previous Year Papers
  • Unlimited Re-Attempts
  • Personalised Report Card
  • 500% Refund on Final Selection
  • Largest Community
students-icon
354k+ students have already unlocked exclusive benefits with Test Prime!
Our Plans
Monthsup-arrow