A printing apparatus comprising: a printing unit configured to form an image by ejecting first ink and second ink which have hues different from each other toward a recording medium, while moving multiple number of times with respect to the recording medium; and a decision unit configured to decide an ejection position of the ink in multiple paths through which the printing unit moves, when the image is formed; characterized in that the printing apparatus further comprises: an execution unit configured to, when two paths different from each other of the multiple paths are referred to as a first path and a second path, to perform ejection position change correction in which the ejection position is changed such that at least one ink of the first ink and the second ink which are ejected into the first path is ejected into the second path; and a determination unit configured to determine whether or not the execution unit performs the ejection position change correction, based on at least an amount of ejection in the second path of at least one ink of the first ink and the second ink with respect to the image, wherein, in a case where the determination unit determines that the amount of ink of the first ink and the amount of ink of the second ink are both less than a predetermined value, the execution unit is configured to perform the ejection position change correction, wherein, in a case where the determination unit determines that the amount of ink of at least one of the first ink and the second ink is more than the predetermined value, the execution unit is configured not to perform the ejection position change correction of either the first ink or the second ink, and wherein the predetermined value is obtained by experimentally performing printing in advance and corresponds to an ink ejection amount at which image quality is degraded by performing the ejection position change correction. a printing unit configured to form an image by ejecting first ink and second ink which have hues different from each other toward a recording medium, while moving multiple number of times with respect to the recording medium; and a decision unit configured to decide an ejection position of the ink in multiple paths through which the printing unit moves, when the image is formed; characterized in that the printing apparatus further comprises: an execution unit configured to, when two paths different from each other of the multiple paths are referred to as a first path and a second path, to perform ejection position change correction in which the ejection position is changed such that at least one ink of the first ink and the second ink which are ejected into the first path is ejected into the second path; and a determination unit configured to determine whether or not the execution unit performs the ejection position change correction, based on at least an amount of ejection in the second path of at least one ink of the first ink and the second ink with respect to the image, wherein, in a case where the determination unit determines that the amount of ink of the first ink and the amount of ink of the second ink are both less than a predetermined value, the execution unit is configured to perform the ejection position change correction, wherein, in a case where the determination unit determines that the amount of ink of at least one of the first ink and the second ink is more than the predetermined value, the execution unit is configured not to perform the ejection position change correction of either the first ink or the second ink, and wherein the predetermined value is obtained by experimentally performing printing in advance and corresponds to an ink ejection amount at which image quality is degraded by performing the ejection position change correction. an execution unit configured to, when two paths different from each other of the multiple paths are referred to as a first path and a second path, to perform ejection position change correction in which the ejection position is changed such that at least one ink of the first ink and the second ink which are ejected into the first path is ejected into the second path; and a determination unit configured to determine whether or not the execution unit performs the ejection position change correction, based on at least an amount of ejection in the second path of at least one ink of the first ink and the second ink with respect to the image, wherein, in a case where the determination unit determines that the amount of ink of the first ink and the amount of ink of the second ink are both less than a predetermined value, the execution unit is configured to perform the ejection position change correction, wherein, in a case where the determination unit determines that the amount of ink of at least one of the first ink and the second ink is more than the predetermined value, the execution unit is configured not to perform the ejection position change correction of either the first ink or the second ink, and wherein the predetermined value is obtained by experimentally performing printing in advance and corresponds to an ink ejection amount at which image quality is degraded by performing the ejection position change correction.