A liquid ejecting apparatus comprising: a carriage that has a head arranged to eject liquid to be cured by receiving the irradiation of light and arranged to move in a movement direction intersecting a transportation direction of a medium; a first irradiation section (42a,b) for provisional curing that is disposed at the carriage, is arranged to irradiate the light and is arranged at an upstream side or a downstream side from the head in the movement direction; a second irradiation section (43a,b) for main curing that is arranged to irradiate the light and is arranged at the downstream side from the first irradiation section (42a,b) in the transportation direction; and a controller that is arranged to form the image on the medium through performing an ejection operation ejecting the liquid from the head while moving the carriage in the movement direction and a transportation operation that is arranged to transport the medium in the transportation direction, and is arranged to perform control of an irradiation intensity of the light of the first irradiation section (42a,b) at the time of the ejection operation to regulate the surface condition of the image and to change the irradiation intensity of the light of the second irradiation section (43a,b) according to the irradiation intensity of the light of the first irradiation section (42a,b), wherein, when the controller performs a first print mode that forms dots at a predetermined region on the medium through performing the ejection operation n times (n is a natural number), or a second print mode that forms dots at the predetermined region that are smaller than in the first print mode through performing the ejection operation m times (m is a natural number larger than n) and then the image of the predetermined surface condition is printed, the irradiation intensity of the light of each of the irradiation sections (42a,b; 43a,b) in the second print mode is decreased less than the irradiation intensity of the light of each of the irradiation sections in the first print mode, wherein the controller is arranged to change the irradiation intensity of the light of the first irradiation section and the second irradiation section according to types of media so that when a printing is performed on a medium in which the liquid is easily widened, the irradiation intensity is increased whilst in a case where the printing is performed on a medium where the liquid is difficult to widen, the irradiation intensity is decreased. a carriage that has a head arranged to eject liquid to be cured by receiving the irradiation of light and arranged to move in a movement direction intersecting a transportation direction of a medium; a first irradiation section (42a,b) for provisional curing that is disposed at the carriage, is arranged to irradiate the light and is arranged at an upstream side or a downstream side from the head in the movement direction; a second irradiation section (43a,b) for main curing that is arranged to irradiate the light and is arranged at the downstream side from the first irradiation section (42a,b) in the transportation direction; and a controller that is arranged to form the image on the medium through performing an ejection operation ejecting the liquid from the head while moving the carriage in the movement direction and a transportation operation that is arranged to transport the medium in the transportation direction, and is arranged to perform control of an irradiation intensity of the light of the first irradiation section (42a,b) at the time of the ejection operation to regulate the surface condition of the image and to change the irradiation intensity of the light of the second irradiation section (43a,b) according to the irradiation intensity of the light of the first irradiation section (42a,b), wherein, when the controller performs a first print mode that forms dots at a predetermined region on the medium through performing the ejection operation n times (n is a natural number), or a second print mode that forms dots at the predetermined region that are smaller than in the first print mode through performing the ejection operation m times (m is a natural number larger than n) and then the image of the predetermined surface condition is printed, the irradiation intensity of the light of each of the irradiation sections (42a,b; 43a,b) in the second print mode is decreased less than the irradiation intensity of the light of each of the irradiation sections in the first print mode, wherein the controller is arranged to change the irradiation intensity of the light of the first irradiation section and the second irradiation section according to types of media so that when a printing is performed on a medium in which the liquid is easily widened, the irradiation intensity is increased whilst in a case where the printing is performed on a medium where the liquid is difficult to widen, the irradiation intensity is decreased.