In the given figure, ABCD is a quadrilateral. `angleADB = 60^@, angleBAC = 70^@, angleDBC= 30^@ and angleACB = 60^@`. Find `angleDAC`.

angleDAB = 60^@, angleABD = 50^@ find angleACB

In the given figure, ABCD is a cyclic quadrilateral and AB is diameter. angleADC = 140^(@) , then find angleBAC :

In Fig , ABCD is a cyclic quadrilateral . If angleBAC = 50^@ and angleDBC = 60^@ then find angleBCD .

In the given figure, ABCD is a parallelogram in which angleDAB = 60^(@) and angleDBC = 55^(@) . Compute angleCDB and angleADB .

In the given figure, ABCD is a square. The measure of angleDBC is equal to

In the adjacent figure, it is given that AB AC, angleBAC = 36^@ , angleADB = 45^@ and angleAEC = 40^@ . Find : angleACB .

In the adjacent figure, it is given that AB =AC, angleBAC = 36^(@) , angleADB = 45^(@) and angleAEC = 40^(@) . Find (i) angleABC (ii) angleACB (iii) angleDAB (iv) angleEAC .

In the adjacent figure, it is given that AB =AC, angleBAC = 36^(@) , angleADB = 45^(@) and angleAEC = 40^(@) . Find (i) angleABC (ii) angleACB (iii) angleDAB (iv) angleEAC .

In the adjacent figure, it is given that AB =AC, angleBAC = 36^(@) , angleADB = 45^(@) and angleAEC = 40^(@) . Find (i) angleABC (ii) angleACB (iii) angleDAB (iv) angleEAC .