The angles of a triangle are in `AdotPdot` The number of degrees in the least is to the number of radians in the greatest as `60 :pidot` Find the angles in degrees.

The angles of a triangle are in A.P . And the number of degrees in the least is to the number of radians in the greatest as 60 to pi . Find the angles in degrees.

The angles of a triangle are in A.P. The number of degrees in the least is to the number of radians in the greatest as 60:pi. Find the angles in degrees.

The angles of a triangle are in A.P. and the number of degrees in the least to the number of radians in the greatest is as 60 : pi , find the angles in degrees and radians.

The angles of a triangle are in AP and the ratio of the number of degrees in the least to the number of radians in the greatest is 60:pi . Find the angles in degree and radians.

The angle of traingle are in A.P. and the number of degrees in the least is to the number of radians in the greatest is 36:pi , find the angles in degrees.

The angle of traingle are in A.P. and the number of degrees in the least is to the number of radians in the greatest is 36:pi , find the angles in degrees.

The angles of a triangle are in A.P. The number of grades in the least, is to be number of radians in the greatest as 40 :pi . Find the angles in dregees.

The angles of a triangle are in A.P. and the ratio of number of degree in the least angle to the number of radian in the greatest angle is 60 :pi . Find the angles in degree.

(i) The angle of a triangle are in A.P and the greatest angle of the triangle is double the least angle , find the greatest angle in radians.(ii) The angle of a traingle are in A.P and the number of degree in the least to the number of radian in the greatest is as 60^(pi) find the angles in degree and radians. (iii) The angles of a traingle are in A.P and one of them is 80^(@) . Find all the angle in sexagesimal system. (iv)The angle of a traingle are in A.P and the greatest is 84^(@) . Find all the three angle in radians.