please explain similar triangles theorem
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Draw 2 triangles ABC and DEF
Draw a line PQ in triangle DEF such tht PQ is parallel to EF
Now, AB = DP, BC = PQ, CA = EF
To Prove: Δ ABC ∼ Δ DEF
Draw PQ in triangle DEF so that, AB = DP and AC = DF
Proof:
ΔABC≅ΔDPQ and ΔABC≅ΔDPQ
Because corresponding sides of these two triangles are equal
ABDE=ACDF = ABDE=ACDF given
∠ A = ∠ D
Hence; ABDE=BCEF = ABDE=BCEF from SSS criterion
Hence;
ABDE = ACDF = BCEF = ABDE= ACDF = BCEF
Hence; Δ ABC ∼ Δ DEF proved
Draw a line PQ in triangle DEF such tht PQ is parallel to EF
Now, AB = DP, BC = PQ, CA = EF
To Prove: Δ ABC ∼ Δ DEF
Draw PQ in triangle DEF so that, AB = DP and AC = DF
Proof:
ΔABC≅ΔDPQ and ΔABC≅ΔDPQ
Because corresponding sides of these two triangles are equal
ABDE=ACDF = ABDE=ACDF given
∠ A = ∠ D
Hence; ABDE=BCEF = ABDE=BCEF from SSS criterion
Hence;
ABDE = ACDF = BCEF = ABDE= ACDF = BCEF
Hence; Δ ABC ∼ Δ DEF proved
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