A display apparatus comprising: scanning signal lines (16i, 16j; 16m, 16n;...); and data signal lines (15x, 15y; 15X, 15Y;...), wherein: each of the data signal lines (15x, 15y; 15X, 15Y;...) is configured to receive data signals (Sx, Sy, SX, SY,...) the polarities of which are reversed per one vertical scanning period, per plurality of vertical scanning periods, or per plurality of horizontal scanning periods, in one horizontal scanning period, one of two data signal lines (15x, 15y; 15X, 15Y;...); is configured to receive a data signal (Sx, SX) having a first polarity and the other of the two data signal lines (15x, 15y; 15X, 15Y;...) is configured to receive another data signal (Sy, SY) having a second polarity other than the first polarity, the two data signal lines (15x, 15y; 15X, 15Y;...) being arranged adjacent to each other, characterized in that the scanning signal lines (16i, 16j; 16m, 16n;...) are made sequentially active in sets of adjacent N lines by applying gate signals to the respective scanning signals lines (16i, 16j; 16m, 16n;...), where N≥2, when adjacent N lines of a first set receive respective gate signals (GPi, GPj) to deactivate the scanning signal lines of the first set from an active state, another adjacent N lines of another second set (16m, 16n) receive respective gate signals (GPm, GPn) to activate the scanning signal lines of said second set (16m, 16n) from an inactive state; and wherein the sets of adjacent N lines of the signal lines (16i, 16j; 16m, 16n;...) are identical in consecutive frames (F1, F2). scanning signal lines (16i, 16j; 16m, 16n;...); and data signal lines (15x, 15y; 15X, 15Y;...), wherein: each of the data signal lines (15x, 15y; 15X, 15Y;...) is configured to receive data signals (Sx, Sy, SX, SY,...) the polarities of which are reversed per one vertical scanning period, per plurality of vertical scanning periods, or per plurality of horizontal scanning periods, in one horizontal scanning period, one of two data signal lines (15x, 15y; 15X, 15Y;...); is configured to receive a data signal (Sx, SX) having a first polarity and the other of the two data signal lines (15x, 15y; 15X, 15Y;...) is configured to receive another data signal (Sy, SY) having a second polarity other than the first polarity, the two data signal lines (15x, 15y; 15X, 15Y;...) being arranged adjacent to each other, characterized in that the scanning signal lines (16i, 16j; 16m, 16n;...) are made sequentially active in sets of adjacent N lines by applying gate signals to the respective scanning signals lines (16i, 16j; 16m, 16n;...), where N≥2, when adjacent N lines of a first set receive respective gate signals (GPi, GPj) to deactivate the scanning signal lines of the first set from an active state, another adjacent N lines of another second set (16m, 16n) receive respective gate signals (GPm, GPn) to activate the scanning signal lines of said second set (16m, 16n) from an inactive state; and wherein the sets of adjacent N lines of the signal lines (16i, 16j; 16m, 16n;...) are identical in consecutive frames (F1, F2). each of the data signal lines (15x, 15y; 15X, 15Y;...) is configured to receive data signals (Sx, Sy, SX, SY,...) the polarities of which are reversed per one vertical scanning period, per plurality of vertical scanning periods, or per plurality of horizontal scanning periods, in one horizontal scanning period, one of two data signal lines (15x, 15y; 15X, 15Y;...); is configured to receive a data signal (Sx, SX) having a first polarity and the other of the two data signal lines (15x, 15y; 15X, 15Y;...) is configured to receive another data signal (Sy, SY) having a second polarity other than the first polarity, the two data signal lines (15x, 15y; 15X, 15Y;...) being arranged adjacent to each other, characterized in that the scanning signal lines (16i, 16j; 16m, 16n;...) are made sequentially active in sets of adjacent N lines by applying gate signals to the respective scanning signals lines (16i, 16j; 16m, 16n;...), where N≥2, when adjacent N lines of a first set receive respective gate signals (GPi, GPj) to deactivate the scanning signal lines of the first set from an active state, another adjacent N lines of another second set (16m, 16n) receive respective gate signals (GPm, GPn) to activate the scanning signal lines of said second set (16m, 16n) from an inactive state; and wherein the sets of adjacent N lines of the signal lines (16i, 16j; 16m, 16n;...) are identical in consecutive frames (F1, F2).