To determine if \(\Delta\text{ABC}\) and \(\Delta\text{PQR}\) are similar, we check if their corresponding sides are in proportion using the SSS Similarity criterion.
Given side lengths:
Compare the ratios of corresponding sides. The correspondence is inferred from the order: A \(\leftrightarrow\) P, B \(\leftrightarrow\) Q, C \(\leftrightarrow\) R.
All three ratios are equal to 6. This indicates that the sides are proportional.
Since the ratios of all corresponding sides are equal (\(\frac{\text{PQ}}{\text{AB}} = \frac{\text{QR}}{\text{BC}} = \frac{\text{PR}}{\text{AC}} = 6\)), \(\Delta\text{ABC}\) and \(\Delta\text{PQR}\) are Similar by the SSS Similarity criterion.
Triangles \(PQR\) and \(ABC\) are similar triangles. Triangle \(ABC\) have the following sides
\(AB = 12 \text{ cm}\),
\(AC = 15 \text{ cm}\),
\(CB = 21 \text{ cm}\).
Triangle \(PQR\) have the following sides:
\(PQ = 4 \text{ cm}\),
\(RQ = 7 \text{ cm}\).
What is the length of side \(PR\)?
For a pair of similar triangles, the angles made at \(Q\) is same in both the triangles \(PQR\) and \(LQJ\).
If the length of side \(QJ\) is 10 cm and \(QR\) is 5 cm, what is the ratio of their total areas?
In a $\Delta ABC$, $\angle C = (9/4) \angle B = (3/2) (\angle A+\angle B)$. Find the measure of the angles.
Triangles \(PQR\) and \(ABC\) are similar triangles. Triangle \(ABC\) have the following sides
\(AB = 12 \text{ cm}\),
\(AC = 15 \text{ cm}\),
\(CB = 21 \text{ cm}\).
Triangle \(PQR\) have the following sides:
\(PQ = 4 \text{ cm}\),
\(RQ = 7 \text{ cm}\).
What is the length of side \(PR\)?
For a pair of similar triangles, the angles made at \(Q\) is same in both the triangles \(PQR\) and \(LQJ\).
If the length of side \(QJ\) is 10 cm and \(QR\) is 5 cm, what is the ratio of their total areas?