An application operation evaluating apparatus, comprising: a detecting unit that detects a measured pressing force of an application operation that uses a finger or a finger cot against an application target surface having a plurality of sides, based on pressing forces respectively obtained from a plurality of sensors that are provided at the application target surface, wherein each of the sensors is measuring load; an estimating unit that estimates a pressed position of the application operation against the application target surface based on a ratio of the pressing forces respectively applied to the sides of the application target surface provided with the plurality of sensors; the detecting unit detecting the measured pressing forces and the estimating unit estimating the respective pressed positions, in accordance with the application operation over a predetermined period over the entirety of a predetermined area of the application target surface; a load distribution generating unit that generates a load distribution of the measured pressing forces and the respective pressed positions in accordance with the application operation over the predetermined period over the entirety of a predetermined area of the application target surface; a display unit that displays the load distribution obtained by the load distribution generating unit on a screen corresponding to the predetermined area of the application target surface in a load distribution display part using a color distribution corresponding to the strength of the measured pressing force, and displays the measured pressing force detected by the detecting unit that varies in accordance with time in a pressing force transit display part, in which the horizontal axis indicates time and the vertical axis indicates pressing force with a previously set appropriate range of the measured pressing force; and an evaluating unit that evaluates uniformity of application forces of the application operation based on the measured pressing forces at the respective pressed positions obtained by the estimating unit. a detecting unit that detects a measured pressing force of an application operation that uses a finger or a finger cot against an application target surface having a plurality of sides, based on pressing forces respectively obtained from a plurality of sensors that are provided at the application target surface, wherein each of the sensors is measuring load; an estimating unit that estimates a pressed position of the application operation against the application target surface based on a ratio of the pressing forces respectively applied to the sides of the application target surface provided with the plurality of sensors; the detecting unit detecting the measured pressing forces and the estimating unit estimating the respective pressed positions, in accordance with the application operation over a predetermined period over the entirety of a predetermined area of the application target surface; a load distribution generating unit that generates a load distribution of the measured pressing forces and the respective pressed positions in accordance with the application operation over the predetermined period over the entirety of a predetermined area of the application target surface; a display unit that displays the load distribution obtained by the load distribution generating unit on a screen corresponding to the predetermined area of the application target surface in a load distribution display part using a color distribution corresponding to the strength of the measured pressing force, and displays the measured pressing force detected by the detecting unit that varies in accordance with time in a pressing force transit display part, in which the horizontal axis indicates time and the vertical axis indicates pressing force with a previously set appropriate range of the measured pressing force; and an evaluating unit that evaluates uniformity of application forces of the application operation based on the measured pressing forces at the respective pressed positions obtained by the estimating unit.