A liquid ejecting head comprising: a flow path substrate (10, 15, 20, 49) which includes a nozzle plate and in which a flow path is formed; and an energy generating element inducing a change in a pressure of a liquid in the flow path, wherein the flow path includes a first common liquid chamber, a second common liquid chamber, and a plurality of individual flow paths which communicate with the first common liquid chamber and the second common liquid chamber and through which the liquid flows from the first common liquid chamber toward the second common liquid chamber, and each individual flow path includes a nozzle communicating with an outside, a first flow path, in the middle of which the nozzle is disposed and which extends in a first direction that is an in-plane direction of a nozzle surface of the nozzle plate in which the nozzle opens, a second flow path coupled to the first flow path and extending in a second direction other than the first direction, and a cross-sectional area of the first flow path is smaller than a cross-sectional area of the second flow path; characterised in that the liquid ejecting head further comprises: a third flow path coupled to the second flow path and extending in a third direction other than the second direction, and a pressure chamber which is disposed in the third flow path and in which a pressure change is induced by the energy generating element, and the nozzle is disposed in the first flow path at a position close to the second flow path. a flow path substrate (10, 15, 20, 49) which includes a nozzle plate and in which a flow path is formed; and an energy generating element inducing a change in a pressure of a liquid in the flow path, wherein the flow path includes a first common liquid chamber, a second common liquid chamber, and a plurality of individual flow paths which communicate with the first common liquid chamber and the second common liquid chamber and through which the liquid flows from the first common liquid chamber toward the second common liquid chamber, and a first common liquid chamber, a second common liquid chamber, and a plurality of individual flow paths which communicate with the first common liquid chamber and the second common liquid chamber and through which the liquid flows from the first common liquid chamber toward the second common liquid chamber, and each individual flow path includes a nozzle communicating with an outside, a first flow path, in the middle of which the nozzle is disposed and which extends in a first direction that is an in-plane direction of a nozzle surface of the nozzle plate in which the nozzle opens, a second flow path coupled to the first flow path and extending in a second direction other than the first direction, and a nozzle communicating with an outside, a first flow path, in the middle of which the nozzle is disposed and which extends in a first direction that is an in-plane direction of a nozzle surface of the nozzle plate in which the nozzle opens, a second flow path coupled to the first flow path and extending in a second direction other than the first direction, and a cross-sectional area of the first flow path is smaller than a cross-sectional area of the second flow path; characterised in that the liquid ejecting head further comprises: a third flow path coupled to the second flow path and extending in a third direction other than the second direction, and a pressure chamber which is disposed in the third flow path and in which a pressure change is induced by the energy generating element, and the nozzle is disposed in the first flow path at a position close to the second flow path. a third flow path coupled to the second flow path and extending in a third direction other than the second direction, and a pressure chamber which is disposed in the third flow path and in which a pressure change is induced by the energy generating element, and the nozzle is disposed in the first flow path at a position close to the second flow path.