A turbocharger comprising: a rotating shaft; a compressor provided on a first end side of the rotating shaft; a turbine provided on a second end side of the rotating shaft; a compressor-side floating bearing that rotatably supports the rotating shaft; a turbine-side floating bearing that rotatably supports the rotating shaft, the turbine-side floating bearing being arranged at a distance from the compressor-side floating bearing in an axial direction of the rotating shaft and arranged closer to the turbine than the compressor-side floating bearing in the axial direction of the rotating shaft; and a bearing housing that houses the compressor-side floating bearing and the turbine-side floating bearing, the bearing housing being internally provided with a turbine-side oil feeding passage through which oil to be fed to the turbine-side floating bearing flows and a compressor-side oil feeding passage through which oil to be fed to the compressor-side floating bearing flows, wherein-a ratio of an oil feeding pressure for oil at an outlet of the compressor-side oil feeding passage to an oil feeding pressure for oil at an outlet of the turbine-side oil feeding passage is configured to be higher than 1.0 and lower than 1.5, and wherein the compressor-side oil feeding passage includes a compressor-side oil feeding hole extending toward the compressor-side floating bearing, and a compressor-side oil feeding groove formed at an outlet-side end of the compressor-side oil feeding hole so as to extend along an outer periphery of the compressor-side floating bearing and to be open toward the outer periphery of the compressor-side floating bearing, the turbine-side oil feeding passage includes a turbine-side oil feeding hole extending toward the turbine-side floating bearing, and a turbine-side oil feeding groove formed at an outlet-side end of the turbine-side oil feeding hole so as to extend along an outer periphery of the turbine-side floating bearing and to be open toward the outer periphery of the turbine-side floating bearing, and the compressor-side oil feeding groove has a larger opening area than the turbine-side oil feeding groove. a rotating shaft; a compressor provided on a first end side of the rotating shaft; a turbine provided on a second end side of the rotating shaft; a compressor-side floating bearing that rotatably supports the rotating shaft; a turbine-side floating bearing that rotatably supports the rotating shaft, the turbine-side floating bearing being arranged at a distance from the compressor-side floating bearing in an axial direction of the rotating shaft and arranged closer to the turbine than the compressor-side floating bearing in the axial direction of the rotating shaft; and a bearing housing that houses the compressor-side floating bearing and the turbine-side floating bearing, the bearing housing being internally provided with a turbine-side oil feeding passage through which oil to be fed to the turbine-side floating bearing flows and a compressor-side oil feeding passage through which oil to be fed to the compressor-side floating bearing flows, wherein-a ratio of an oil feeding pressure for oil at an outlet of the compressor-side oil feeding passage to an oil feeding pressure for oil at an outlet of the turbine-side oil feeding passage is configured to be higher than 1.0 and lower than 1.5, and wherein the compressor-side oil feeding passage includes a compressor-side oil feeding hole extending toward the compressor-side floating bearing, and a compressor-side oil feeding groove formed at an outlet-side end of the compressor-side oil feeding hole so as to extend along an outer periphery of the compressor-side floating bearing and to be open toward the outer periphery of the compressor-side floating bearing, the turbine-side oil feeding passage includes a turbine-side oil feeding hole extending toward the turbine-side floating bearing, and a turbine-side oil feeding groove formed at an outlet-side end of the turbine-side oil feeding hole so as to extend along an outer periphery of the turbine-side floating bearing and to be open toward the outer periphery of the turbine-side floating bearing, and the compressor-side oil feeding groove has a larger opening area than the turbine-side oil feeding groove.