试用分子轨道法写出下列分子或离子的分子轨道表示式,并指出其中有哪几种键?是顺磁性,还是反磁性物质?[tex=9.857x1.786]tOuhNvizKyRZPn+XCdGxLwVeUrILozIUUk764yNEZchzsQbIAHoXn//cPGYEXuDY7iCB0Oljk7TN90zU0aLsucA0ZZmMPx0S4y22VsdWGJ0=[/tex]
举一反三
- O2+离子的分子轨道式为______, 键级为_______ ,_____磁性(顺磁性或反磁性)。
- N2+的分子轨道表示式为_______,键级为______,________磁性(顺磁性或反磁性)(1分)。
- 画出NO的分子轨道图，写出分子轨道式，指出它们的键级和磁性，并比较[tex=2.286x1.286]A00EzQRBaFCb5nTPBdQcxA==[/tex]，NO和[tex=2.286x1.286]pQP2DT6OFdMugv+/6xRqMw==[/tex]的稳定性。
- 根据分子轨道理论, [tex=1.143x1.214]2WhATYoxBvOdWtiFaVLezg==[/tex] 的分子轨道式及磁性情况为[tex=1.214x1.357]eotZLr0nh2BZjeY+BS+eRQ==[/tex] 为[tex=0.5x1.0]swhA5SpCD6lPteGlwRbm9g==[/tex]号元素) 未知类型：{'options': ['[tex=10.786x2.214]ZaYxePoFHoay0XBTpZdeFNJMD5HI1kNYDT8JDaxOCqx5BDMLAkNP/2uhekxCWkJTYhIJKLH2IbDAw9n90lClD3de9K6odTNTQjFiSAuUmlTShksHh6mP8P7bMNgsw/pwY8QSeE9mlFmdgy8pqjq3CVcOeYba9AwYLF74If012CU=[/tex] 反磁性物质', '[tex=10.857x2.214]ZaYxePoFHoay0XBTpZdeFENvA5+gpjtKoTYgb1yy6ew5laB2TqUQgTwYoCASDYMoian+SW0lz3kDobJE8eu1DTMSh5O3+ICHKFPRjUnLBPcu4PhccFf8XMRruVCfV/grSHJEs5O/FKj9Kh7sccSFmTMVq/dSziPqMtEHK6o+dFo=[/tex] 反磁性物质', '[tex=14.643x2.214]ZaYxePoFHoay0XBTpZdeFENvA5+gpjtKoTYgb1yy6ew5laB2TqUQgTwYoCASDYMoVnLwA7suWWSmORAaTOOrU1bYZnBNnYz2BkYGyP31prqRfCxqAt8D+jiXNfxRolqy0pbEbN/fLexdiq1+mlQ06EOwkwI8VRw6PB4MqwnQVSoqP1zSY95qGRS13m2IHGHoCfCrL++EnCi5m4MuzaEwfw==[/tex]顺磁性物质', '[tex=13.571x2.214]ZaYxePoFHoay0XBTpZdeFEa7l9RsFsV0Al5ohxEwfoCUYBG5WBDDcqL4ON5zZZLa7DsTbGfTLLqkm3qtvJdYwr8G0AAVTk0nzWaJqvNDlaZHKb6oPHD2f65fPcgwNGZ6DNSILbU9s34RjCfQsOfFI0SqkL4Ii8D3aEA2JPsjn5MfOFxFJmKTKLz9NuRnO310Q9J6d4+LBaDqRcifGQuzkQ==[/tex] 顺磁性物质', '[tex=13.5x2.214]ZaYxePoFHoay0XBTpZdeFENvA5+gpjtKoTYgb1yy6ew5laB2TqUQgTwYoCASDYMoian+SW0lz3kDobJE8eu1DTMSh5O3+ICHKFPRjUnLBPdg+LCp0nZarHA9wfXEhyR27/liWegTTrNot9isik54yJcgtbNVeDEVuR1BCyaPutUf7nGpMn/7WYD5ET3cjGNJBYHeV6uukYu5HQS5cs50ng==[/tex]顺磁性物质'], 'type': 102}
- 根据分子轨道理论, [tex=1.143x1.214]2WhATYoxBvOdWtiFaVLezg==[/tex] 的分子轨道式及磁性情况为[tex=1.214x1.357]eotZLr0nh2BZjeY+BS+eRQ==[/tex] 为[tex=0.5x1.0]swhA5SpCD6lPteGlwRbm9g==[/tex]号元素) 未知类型：{'options': ['[tex=10.786x2.214]ZaYxePoFHoay0XBTpZdeFNJMD5HI1kNYDT8JDaxOCqx5BDMLAkNP/2uhekxCWkJTYhIJKLH2IbDAw9n90lClD3de9K6odTNTQjFiSAuUmlTShksHh6mP8P7bMNgsw/pwY8QSeE9mlFmdgy8pqjq3CVcOeYba9AwYLF74If012CU=[/tex] 反磁性物质', '[tex=10.857x2.214]ZaYxePoFHoay0XBTpZdeFENvA5+gpjtKoTYgb1yy6ew5laB2TqUQgTwYoCASDYMoian+SW0lz3kDobJE8eu1DTMSh5O3+ICHKFPRjUnLBPcu4PhccFf8XMRruVCfV/grSHJEs5O/FKj9Kh7sccSFmTMVq/dSziPqMtEHK6o+dFo=[/tex] 反磁性物质', '[tex=14.643x2.214]ZaYxePoFHoay0XBTpZdeFENvA5+gpjtKoTYgb1yy6ew5laB2TqUQgTwYoCASDYMoVnLwA7suWWSmORAaTOOrU1bYZnBNnYz2BkYGyP31prqRfCxqAt8D+jiXNfxRolqy0pbEbN/fLexdiq1+mlQ06EOwkwI8VRw6PB4MqwnQVSoqP1zSY95qGRS13m2IHGHoCfCrL++EnCi5m4MuzaEwfw==[/tex]顺磁性物质', '[tex=13.571x2.214]ZaYxePoFHoay0XBTpZdeFEa7l9RsFsV0Al5ohxEwfoCUYBG5WBDDcqL4ON5zZZLa7DsTbGfTLLqkm3qtvJdYwr8G0AAVTk0nzWaJqvNDlaZHKb6oPHD2f65fPcgwNGZ6DNSILbU9s34RjCfQsOfFI0SqkL4Ii8D3aEA2JPsjn5MfOFxFJmKTKLz9NuRnO310Q9J6d4+LBaDqRcifGQuzkQ==[/tex] 顺磁性物质', '[tex=13.5x2.214]ZaYxePoFHoay0XBTpZdeFENvA5+gpjtKoTYgb1yy6ew5laB2TqUQgTwYoCASDYMoian+SW0lz3kDobJE8eu1DTMSh5O3+ICHKFPRjUnLBPdg+LCp0nZarHA9wfXEhyR27/liWegTTrNot9isik54yJcgtbNVeDEVuR1BCyaPutUf7nGpMn/7WYD5ET3cjGNJBYHeV6uukYu5HQS5cs50ng==[/tex]顺磁性物质'], 'type': 102}