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

In ABC,APBC,BQAC,BPC,AQCthenprovethat,CPACQB.IFAP=7,BQ=&,BC=12thefindAC.
1378868_4fe55b46f5a34a9bba495b092e7545cc.PNG

Solution
Verified by Toppr

To prove:CPACQB

Proof:In CPA and CQB

CPA=CQB=90 (given)

C=C (common)

By AA similarity criterion,

CPACQB

Hence proved.

Now, APBQ=ACBC since corresponding sides are proportional.

AC=APBQ×BC

=78×12=10.5

Was this answer helpful?
1
Similar Questions
Q1
In ABC,APBC,BQAC,BPC,AQCthenprovethat,CPACQB.IFAP=7,BQ=&,BC=12thefindAC.
1378868_4fe55b46f5a34a9bba495b092e7545cc.PNG
View Solution
Q2
In ∆ABC, AP ⊥ BC, BQ ⊥ AC B– P–C, A–Q – C then prove that, ∆CPA ~ ∆CQB. If AP = 7, BQ = 8, BC = 12 then Find AC.
View Solution
Q3
In ABC, if P,Q,R divides BC,CA,AB in 1:4,3:2,3:7 respectively and S divides AB in 1:3 then ¯¯¯¯¯¯¯¯AP+¯¯¯¯¯¯¯¯¯BQ+¯¯¯¯¯¯¯¯CR¯¯¯¯¯¯¯¯CS
View Solution
Q4
If bc+qr=ca+rp=ab+pq=1, Then ∣ ∣apbqcrabcpqr∣ ∣=
View Solution
Q5
If bc+qr=ca+rp=ab+pq=1, show that
∣ ∣apapbqbqcrcr∣ ∣=0
View Solution