Three concurrent forces of the same magnitude are in equilibrium. What is the angle between the forces? Also name the triangle formed by the forces as sides [JIPMER 2000]

\[\text{12}0{}^\circ \] equilateral triangle

\[\text{6}0{}^\circ \] equilateral triangle

\[\text{12}0{}^\circ \], \[\text{3}0{}^\circ \], \[\text{3}0{}^\circ \] an isosceles triangle

\[\text{12}0{}^\circ \] an obtuse angled triangle

Three concurrent forces of the same magnitude are in equilibrium. What

1.	Three concurrent forces of the same magnitude are in equilibrium. What is the angle between the forces? Also name the triangle formed by the forces as sides [JIPMER 2000]
A.	\[\text{6}0{}^\circ \] equilateral triangle
B.	\[\text{12}0{}^\circ \] equilateral triangle
C.	\[\text{12}0{}^\circ \], \[\text{3}0{}^\circ \], \[\text{3}0{}^\circ \] an isosceles triangle
D.	\[\text{12}0{}^\circ \] an obtuse angled triangle
Answer» B. \[\text{12}0{}^\circ \] equilateral triangle