`A B` is a diameter of a circle and `C` is any point on the circle. Show that the area of ` A B C` is maximum, when it is isosceles.

AB is a diameter of a circle and C is any point on the circle. Show that the area of Delta ABC is maximum, when it is isosceles.

AB is a diameter of a circle and C is any point on the circle.Show that the area of ABC is maximum,when it is isosceles.

AB is a diameter of a circle and C is any point on the cirle. Show that the area of triangle ABC is maximum, when it is isosceles.

AB is a diameter of a circle and C is any point on the circumference of the circle. Then a) the area of A B C is maximum when it is isosceles b) the area of A B C is minimum when it is isosceles c) the perimeter of A B C is minimum when it is isosceles d) none of these

AB is a diameter of a circle. C is any point on the circle, angleACB=

AB is a diameter of a circle and C is any point on the circumference of the circle. Then (a) the area of DeltaABC is maximum when it is isosceles (b) the area of DeltaABC is minimum when it is isosceles (c) the perimeter of DeltaABC is minimum when it is isosceles (d) none of these

AB is a diameter of a circle and C is any point on the circumference of the circle. Then (a) the area of DeltaABC is maximum when it is isosceles (b) the area of DeltaABC is minimum when it is isosceles (c) the perimeter of DeltaABC is minimum when it is isosceles (d) none of these

AB is a diameter of a circle and C is any point on the circumference of the circle.Then (a) the area of Delta ABC is maximum when it is isosceles (b) the area of Delta ABC is minimum when it is isosceles (c) the perimeter of Delta ABC is minimum when it is isosceles (d) none of these

AB is a diameter of a circle and C is any point on the circumference of the circle, then :