ABCD is a rectangular figure in which DP and BQ a perpendicular from D and B respectively on diagonal AC.
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This is the required answer to this question.
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leoRajput:
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Step-by-step explanation:
Given that ,
(Refer the image attached)
DP and BQ are the perpendiculars on the diagonal AC
To prove :
(i) ΔADP ≅ ΔCBQ
From the figure we can observe that,
AD = BC (∵ opposite sides of a rectangle are equal)
∠DAP = ∠BCQ (Alternate angles)
∠DPA = ∠BQC (Both are equal to 90°)
∴ ΔADP ≅ ΔCBQ( by AAS (angle angle side) theorem)
=> CPCT(Corresponding parts of corresponding triangle) theorem states that two congruent triangles have congruent sides and congruent angles.
(ii) ∠ADP = ∠CBQ (by CPCT)
(iii) Line DP = Line BQ (by CPCT)
Hence proved
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