9. In Fig. 6. 18, ABC is a triangle right angled at B and BD1 AC. If AD 4 cm, and CD 5 cm, find BD and AB Fig. 6.1

In given figure, ABC is a triangle right angled at B and BD bot AC. If AD=4 cm and CD= 5 cm, then find BD and AB.

In given figure, ABC is a triangle right angled at B and BD bot AC. If AD=4 cm and CD= 5 cm, then find BD and AB.

In Fig , ABD is a triangle right angled at A and AC bot BD. show that AD^(2)=BD.CD

In Fig , ABD is a triangle right angled at A and AC bot BD. show that AB^(2)=BC.BD

In fig., ABD is a triangle right angled at A and AC bot BD. Show that:- AD^2 =BD.CD .

In fig., ABD is a triangle right angled at A and AC bot BD. Show that:- AB^2 =BC.BD .

In Fig.6.53,ABD is a triangle right angle at A and AC_|_BD .Show that (iii) AD^2=BD.CD .

In Fig.6.53,ABD is a triangle right angle at A and AC_|_BD .Show that (i) AB^2=BC.BD .

In Fig.6.53,ABD is a triangle right angle at A and AC_|_BD .Show that (ii) AC^2=BC.DC .

In the adjoining figure, ABC is a triangle right-angled at vertex A and AD is altitude. If BD = 3.6 cm and CD = 6.4 cm, find the length of AD.