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3. In the figure, given below, triangle \( \mathrm { ABC } \) is
right-angled at \( \mathrm { B } \) . ABPQ and ACRS are
squares. Prove that: (i) \( \Delta \mathrm { ACQ } \) and \( \Delta \mathrm { ASB } \) are congruent (ii) \( C Q = B S \) \( a < 4 \)
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Q1
In the figure, given below, triangle ABC is right-angled at B: ABPQ and ACRS are squares.Prove that :
(i) Δ ACQ and Δ ASB are congruent.
(ii) CQ =BS.
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Q2
In the figure, given below triangle ABC is right-angled at B. ABPQ and ACRS are squares. Prove that △ACQand△ASB are congruent and CQ=BS
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Q3
In the figure given below triangles $$ABC$$ is right-angled at $$B .\ ABPQ $$ and $$ACRS$$ are squares. Prove that :
$$ \Delta ACQ$$ and $$ \Delta ASB $$ are congruent
$$ \Delta ACQ$$ and $$ \Delta ASB $$ are congruent
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Q4
In the figure given below triangles ABC is right - angled at B . ABPQ and ACRS are square . Prove that :
CQ = BS
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Q5
In the given figure, and are two right triangles, right-angled at and respectively. Prove that:
(i) (ii) .
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