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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.

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 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 x^@,(x+y)^@ and (x+2y)^@ . The ratio of number of degree of t he least angle and the number of radians of the greatest angle is 60: pi . Find the angles of the traingles in degree.

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

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. and the number of degrees in the least angle is to the number of degrees in the mean angle as 1:120. Find the angles in radians.

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 quadrilateral are in A.P . If the ratio of the number of radians in the least angle to the number of degrees in the greatest angle be as pi : 1260 , find the angles in radians.