0
You visited us 0 times! Enjoying our articles? Unlock Full Access!
Question

32. In the given fig, in \( \Delta A B C , \angle B = 90 ^ { \circ } \) . If \( A B P Q \) and ACRS are squares. prove that (i) \( \triangle A C Q \cong \triangle A B S \) (ii) \( \mathrm { CQ } = \mathrm { BS } \)

Solution
Verified by Toppr


Was this answer helpful?
0
Similar Questions
Q1
In the figure, given below triangle ABC is right-angled at B. ABPQ and ACRS are squares. Prove that ACQandASB are congruent and CQ=BS
175350_197494204740404cabd9f808e5b7917d.PNG
View Solution
Q2

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.

View Solution
Q3
In the figure given below triangles ABC is right - angled at B . ABPQ and ACRS are square . Prove that :
CQ = BS

View Solution
Q4
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


View Solution
Q5
ABDF is a square and BC=EF in the given figure. Prove that
i) ΔABCΔAFE
ii) ΔACGΔAEG
1086537_c1507bd3bee74cf6b5ce1217a26d5fcf.png
View Solution