ji shu xing gao zhong ji xie ke xue sheng ge ren chuang zao li ji qi ying xiang yin su zhi yan jiu yi nai mi ke ji gai nian zhi shi xue xi wei li

ben shu wei bo shi xue wei lun wen tan tao ji shu xing gao zhong ji xie ke xue sheng jie shou nai mi gai nian zhi shi rou he chuang yi si kao ji fa rong ru jiao xue de xue xi cheng xiao ji chuang zao li zhi qi fa yi shi yan yan jiu fa jin xing jiao xue jie ru yi shi qian she ji tuo shi zhi rong ru shi jiao xue mo shi pei he shu wei hua jiao cai xue xi gai nian tu chuang yi si kao jiao xue fa nai mi jian duan zhi shi deng yuan su tou guo qian ce hou ce ji wen juan diao cha sou ji yan jiu zi liao fen bie yu ji xie zhi zao ke mu 11 dan yuan yu ji xie cai liao ke mu 29 dan yuan liang men ke cheng shi shi wei qi shi si zhou he ji 40 ge jiao xue dan yuan de shi yan jiao xue hou li yong jie gou fang cheng mo shi Structural Equation Modeling ji shuang yin zi duo bian liang gong bian yi shu fen xi Two Way MONCOVA jie xi qi zhong de ying xiang yin su yu you xiao de xue xi mo shi xi ji jie you ben lun wen gong du zhe jin xing xue shu yan jiu zhi can kao

zuo zhe Yu Hsi Yuan yu 2012 nian 1 yue cong tai wan shi fan da xue gong ye jiao yu xue xi huo de bo shi xue wei yan jiu ling yu wei shu wei xue xi ren li zi yuan guan li yu fa zhan ji zhi jiao yu zi xun jiao yu