Given: ABCD is a trapezoid, AC ⊥ CD AB = CD, AC=the square root of 75 , AB = 5 Find: AABCD
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The area of a 2D form is the amount of space within its perimeter. The area of the given trapezoid ABCD is (75√3)/2 sq. units.
The area of a 2D form is the amount of space within its perimeter. It is measured in square units such as cm2, m2, and so on. To find the area of a square formula or another quadrilateral, multiply its length by its width.
In the given trapezoid ABCD, For the right-angled ΔACD, the value of AD can be written as,
AD² = AC² + CD²
AD² = (√75)² + 5²
AD² = 100
AD = 10 units
Also, In the given trapezoid ABCD, the area of ΔACD can be found in two ways,
Area ΔACD = (0.5×AC×CD) = (0.5×CE×AD)
Solving the above equation for CE,
(0.5×AC×CD) = (0.5×CE×AD)
AC×CD = CE×AD
√75 × 5 = CE × 10
CE = (√75)/2 units
Now, in ΔCDE, using the Pythagoras theorem, we can write,
CD² = CE² + ED²
5² = (√75/2)² + ED²
25-(75/4) = ED²
ED² = 6.25
ED = 2.5 units
Now, the length of side BC can be written as,
BC = AD - 2(ED)
BC = 10 - 2(2.5)
BC = 5 units
Now, the area of the trapezoid ABCD can be written as,
Area = 0.5 × (AD+BC ) × CE
Area = 0.5 × (10+5) × (√75/2)
Area = (15√75)/2
Area = (75√3)/2 sq. units
Hence, the area of the given trapezoid ABCD is (75√3)/2 sq. units.
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