No, in a couple, the pair of forces always produces the same kind of motion, either clockwise or counterclockwise. A couple is a system of two parallel forces of equal magnitude but opposite in direction, acting on different points of an object. The couple tends to create a rotational motion rather than translational motion.
The rotational effect of a couple depends on the magnitude of the forces and the distance between them (referred to as the moment arm or lever arm). The torque, or turning effect, produced by a couple is given by the product of one of the forces and the perpendicular distance between the forces.
In a couple, both forces contribute to the rotation in the same direction. If one force produces a clockwise rotation, the other force will produce a counterclockwise rotation, and vice versa. The forces work together to create a net torque in a specific rotational direction.
So, the pair of forces in a couple cannot produce different kinds of motion such as one force causing clockwise rotation and the other causing counterclockwise rotation. They always work together to create rotation in the same direction.