The present invention relates to a liquid crystal display, which is used for a display section of an electronic apparatus, and it is an object thereof is to provide a liquid crystal display having an excellent display characteristic. The liquid crystal display has a TFT substrate and an opposite substrate, which are provided opposite to the surface thereof and a liquid crystal layer, which is sealed between the both substrates. A pixel range, which is defined by a gate bus line and a drain bus line and is disposed on the TFT substrate, has a sub-pixel A to which a gradation voltage for driving the liquid crystal layer is applied, and a sub-pixel. B which is formed separated from the sub-pixel A and to which a voltage lower than the gradation voltage is applied. On the opposite substrate, linear protrusions are formed so as to regulate the direction of alignment of a liquid crystal molecular of the liquid crystal layer. An arrangement interval w1 (=w1a) of the linear protrusion within the sub-pixel A is formed so as to be shorter than an arrangement interval w2 (=(w2a+w2b)/2) of each of the linear protrusions within the sub-pixel B.