An edible spinning device and method of operation provides: a spinning toy; a container; and an edible component for consumption. An outer sphere contains the candy and medicine. The outer sphere separates into a first sphere portion and a second sphere portion. An edible member having a pair of diametrically opposed depressions positions between the first sphere portion and the second sphere portion. A first cord extends along an axis between the first sphere portion and the edible member. A second cord extends along the axis between the second sphere portion and the edible member. Moving the first sphere portion away from the second sphere portion increases torque in the first and second cords to spin the edible member along the axis. Moving the first sphere portion towards the second sphere portion releases momentum from the generated torque to spin the edible member off-center from the axis.

An edible spinning device and method of operation provides: a spinning toy; a container; and an edible component for consumption. An outer sphere contains the candy and medicine. The outer sphere separates into a first sphere portion and a second sphere portion. An edible member having a pair of diametrically opposed depressions positions between the first sphere portion and the second sphere portion. A first cord extends along an axis between the first sphere portion and the edible member. A second cord extends along the axis between the second sphere portion and the edible member. Moving the first sphere portion away from the second sphere portion increases torque in the first and second cords to spin the edible member along the axis. Moving the first sphere portion towards the second sphere portion releases momentum from the generated torque to spin the edible member off-center from the axis.

Disclosed herein is a gyroscopic exercise apparatus. The present invention is comprised of a rotatable disc, a pair of retractable strings, and attachment means to connect the rotatable disc with the retractable strings. The rotatable disc is comprised of an outer ring structure that has crisscross connecting rods connecting the outer ring structure with inner center disc, and two plastic insert holes to allow the passage of retractable strings from the disc. This process will create tension when twisted and turned due to back and forth movement of the rotatable disc, which causes muscle development and fatigue.