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Angle Subtended by Equilateral Triangle at Centre and Circumference

18. Prove tha...

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18. Prove that angle bisector of any angle of a triangle and the perpendicular bisector of the opposite side if intersect, they will intersect on the circumcircle of the triangle.

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Q. Prove that angle bisector of any angle of a triangle and perpendicular bisector of the opposite side if intersect they will intersect on the circumcircle of the triangle.

Q. Question 5
Prove that angle bisector of any angle of a triangle and perpendicular bisector of the opposite side. If intersect they will intersect on the circumcircle of the triangle.

Q. Question 5
Prove that angle bisector of any angle of a triangle and perpendicular bisector of the opposite side. If intersect they will intersect on the circumcircle of the triangle.

Q. The angle bisector of any angle of a triangle and perpendicular bisector of the opposite side if intersect, they will intersect on the circumcircle of the triangle.

This statement is true or false ?

Q. In any triangle

A B C

, if the angle bisector of

∠ A

and perpendicular bisector of

B C

intersect, prove that they intersect on the circumcircle of the triangle

A B C

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Angle Subtended by Equilateral Triangle at Centre and Circumference

Standard IX Mathematics

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