[" 24.In the adjoining figure,"B=90" ,"quad 11AC=0" ,"quad AC=CD=4" cm and "],[AD=10cm" .Find (i) sin "0" and "(ii)cos0.]

In the adjoining figure , angle B=90^(@),angle BAC=theta^(@),BC=CD=4 cm and AD=10 cm , Find (i) sin theta and (ii) cos theta .

In the adjoining figure, If AB=3.6, AC=9.0, AD=5.4, then find AE.

In the adjoining figure, DeltaABC is right-angled at B . If /_A=30^(@) and AB=9cm , find (i) BC and (ii) AC .

In the adjoining figure, angleAOB = 90°, AC = BC, OA = 10 cm and OC = 13 cm. . The area of DeltaAOB is

In the following figure,/_ACB=90^(@) and CD perp AB, If AD=4cm and BD=9cm then the ratio of BC:AC is

In the adjoining figure, AP=8cm, BP=2cm and angle CPA=90^@ . Find the length of chord CD.

In the adjoining figure, AP=8cm, BP=2cm and angle CPA=90^@ . Find the length of chord CD.

In the given figure, /_B= 90^(@) . If AE= CD= 13 cm and BE= AD= 5 cm, then find BC.

In the following figure,/_ABC=90^(@),BC=10cm,CD=6cm then AD=

In the given figure, angle ABC=90^(@) and BD bot AC . If BD=8 cm, AD=4 cm find CD.