Advertisements
Advertisements
Question
State whether the two triangles are congruent or not. Justify your answer
Solution
Let the given triangles in the figure be ∆ABC and ∆DCB.
In both the triangles
`bar("BC") = bar("BC")` ...(Common side)
`bar("AB") = bar("DC")`
`bar("AC") = bar("BD")`
∴ By SSS Criterion ∆ABC ≅ ∆DCB
APPEARS IN
RELATED QUESTIONS
Consider the given pairs of triangles and say whether each pair is that of congruent triangles. If the triangles are congruent, say ‘how’; if they are not congruent say ‘why’ and also say if a small modification would make them congruent:
To conclude the congruency of triangles, mark the required information in the following figure with reference to the given congruency criterion
For the given pair of triangles state the criterion that can be used to determine the congruency?
Construct a triangle XYZ with the given conditions.
XY = 6.4 cm, ZY = 7.7 cm and XZ = 5 cm
In the given figure FG = FI and H is midpoint of GI, prove that ∆FGH ≅ ∆FHI
In the following pairs of triangles of figure, the lengths of the sides are indicated along the sides. By applying SSS congruence criterion, determine which triangles are congruent. If congruent, write the results in symbolic form.
In the following pairs of triangles of figure, the lengths of the sides are indicated along the sides. By applying SSS congruence criterion, determine which triangles are congruent. If congruent, write the results in symbolic form.
In the following pairs of triangles of figure, the lengths of the sides are indicated along the sides. By applying SSS congruence criterion, determine which triangles are congruent. If congruent, write the results in symbolic form.
In the following pairs of triangles of figure, the lengths of the sides are indicated along the sides. By applying SSS congruence criterion, determine which triangles are congruent. If congruent, write the results in symbolic form.
If ΔPQR and ΔSOR are both isosceles triangle on a common base OR such that P and S lie on the same side of QR. Are triangles PSQ and PSR congruent? Which condition do you use?