A coin feeding apparatus comprising: an outlet through which a coin is fed out to the outside of the coin feeding apparatus; a rotating disk inclined at a predetermined angle relative to a vertical direction, and configured to be rotated in an inclined posture; a cover member forming a coin storing space for storing a coin between a surface of the rotating disk and the cover member; a plurality of transport projecting members disposed on a surface of the rotating disk on a side of the coin storing space, each transport projecting member configured to catch a coin on the surface of the rotating disk, and the transport projecting members configured to transport the coin in a lower area of the rotating disk to an upper area of the rotating disk by the rotation of the rotating disk, the outlet disposed near the upper area of the rotating disk, through which the coin having been transported to the upper area of the rotating disk by one of the transport projecting members is dispensed from the coin storing space to an outside; a rotating-disk drive unit configured to drive the rotating disk to rotate; and a control unit configured to control the rotating-disk drive unit, characterized in that, the control unit is configured to control the rotating-disk drive unit such that, when a number of coins which are preset to be fed out from the coin feeding apparatus have been fed out from the coin storing space to the outside of the coin feeding apparatus through the outlet, the rotating disk is stopped, by the rotating-disk drive unit, at a position where one of the transport projecting members having transported a last coin of the preset number of coins to be fed out from the coin feeding apparatus blocks the outlet to prevent a coin next to the last coin from feeding out from the outlet. an outlet through which a coin is fed out to the outside of the coin feeding apparatus; a rotating disk inclined at a predetermined angle relative to a vertical direction, and configured to be rotated in an inclined posture; a cover member forming a coin storing space for storing a coin between a surface of the rotating disk and the cover member; a plurality of transport projecting members disposed on a surface of the rotating disk on a side of the coin storing space, each transport projecting member configured to catch a coin on the surface of the rotating disk, and the transport projecting members configured to transport the coin in a lower area of the rotating disk to an upper area of the rotating disk by the rotation of the rotating disk, the outlet disposed near the upper area of the rotating disk, through which the coin having been transported to the upper area of the rotating disk by one of the transport projecting members is dispensed from the coin storing space to an outside; a rotating-disk drive unit configured to drive the rotating disk to rotate; and a control unit configured to control the rotating-disk drive unit, characterized in that, the control unit is configured to control the rotating-disk drive unit such that, when a number of coins which are preset to be fed out from the coin feeding apparatus have been fed out from the coin storing space to the outside of the coin feeding apparatus through the outlet, the rotating disk is stopped, by the rotating-disk drive unit, at a position where one of the transport projecting members having transported a last coin of the preset number of coins to be fed out from the coin feeding apparatus blocks the outlet to prevent a coin next to the last coin from feeding out from the outlet.