The arithmetic and logic learning apparatus includes a user input unit for inputting numbers and operators, and an arithmetic operation expression connected to the user input unit, the at least one term being empty, Calculating a calculation value by computing a user problem with the arithmetic expression that is input through the input unit and filled in the at least one blank term by using the completed arithmetic expression, comparing the calculated value with the correct answer value, And a control unit for determining whether the number or operator input through the user input unit is the correct answer, wherein the control unit generates a preliminary problem, performs an arithmetic operation on the preliminary problem to determine validity, , The preliminary problem is determined as a final problem, And it outputs the calculated value for the preliminary issue that is calculated through the determined property to the arithmetic expression. As a result, learning efficiency is improved by learning arithmetic operations irrespective of time and place, and since the final problem to be provided to the player is generated each time, the game player is always exposed to new problems, thereby improving the interest and fun of the player.
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