$△ P Q R$ have the sides $30 m, 24 m$ and 25m.
$△ A B C$ is inside $△ P Q R$ with the sides $13 m, 12 m, 5 m$ . Find the area of $△ P Q R$ that is occupied by $△ A B C$ .

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Solution

$Δ A B C$ is a right-angled triangle.

Area of triangle $Δ A B C = \frac{1}{2} (b a s e) (h e i g h t)$

$= \frac{1}{2} (12) (5) = 30 m^{2}$ .

Hence area of $Δ P Q R$ that is occupied by $Δ A B C$ is $30 m^{2}$ .

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△PQR have the sides 30m,24m and 25m.△ABC is inside △PQR with the sides 13m,12m,5m. Find the area of △PQR that is occupied by △ABC.

ΔABC is a right-angled triangle.Area of triangle ΔABC=12(base)(height) =12(12)(5)=30m2.Hence area of ΔPQR that is occupied by ΔABC is 30m2.

$△ P Q R$ have the sides $30 m, 24 m$ and 25m.
$△ A B C$ is inside $△ P Q R$ with the sides $13 m, 12 m, 5 m$ . Find the area of $△ P Q R$ that is occupied by $△ A B C$ .

$Δ A B C$ is a right-angled triangle.

Area of triangle $Δ A B C = \frac{1}{2} (b a s e) (h e i g h t)$

$= \frac{1}{2} (12) (5) = 30 m^{2}$ .

Hence area of $Δ P Q R$ that is occupied by $Δ A B C$ is $30 m^{2}$ .