몰 질량 of Clothianidin (C6N5H8SO2Cl) is 249.6780 g/mol
C6N5H8SO2Cl 중량과 몰 사이의 변환
다음 물질의 원소 조성 C6N5H8SO2Cl
요소 | 상징 | 원자량 | 원자 | 질량 비율 |
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탄소 | C | 12.0107 | 6 | 28.8629 | 질소 | N | 14.0067 | 5 | 28.0495 | 수소 | H | 1.00794 | 8 | 3.2296 | 황 | S | 32.065 | 1 | 12.8425 | 산소 | O | 15.9994 | 2 | 12.8160 | 염소 | Cl | 35.453 | 1 | 14.1995 |
몰질량을 단계별로 계산하기 |
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먼저 C6N5H8SO2Cl에 있는 각 원자의 수를 계산합니다.
C: 6, N: 5, H: 8, S: 1, O: 2, Cl: 1
그런 다음 주기율표 의 각 원소에 대한 원자량을 검색합니다.
C: 12.0107, N: 14.0067, H: 1.00794, S: 32.065, O: 15.9994, Cl: 35.453
이제 원자 수와 원자량의 곱의 합을 계산합니다.
몰 질량 (C6N5H8SO2Cl) = ∑ Counti * Weighti =
Count(C) * Weight(C) + Count(N) * Weight(N) + Count(H) * Weight(H) + Count(S) * Weight(S) + Count(O) * Weight(O) + Count(Cl) * Weight(Cl) =
6 * 12.0107 + 5 * 14.0067 + 8 * 1.00794 + 1 * 32.065 + 2 * 15.9994 + 1 * 35.453 =
249.6780 g/mol
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화학 구조 |
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![C6N5H8SO2Cl - 화학 구조](data:images/png;base64,iVBORw0KGgoAAAANSUhEUgAAATwAAACECAYAAAAN65eqAAAABGdBTUEAALGPC/xhBQAAACBjSFJNAAB6JgAAgIQAAPoAAACA6AAAdTAAAOpgAAA6mAAAF3CculE8AAAAB3RJTUUH5wwYETs7B5XcsAAAAAZiS0dEAP8A/wD/oL2nkwAAGkBJREFUGBntwQmA3HVhN+7nN7tJOGddCagICEHOoBiiKIioBfHCs4IoRV+lgn9r4e/RAlIqtUqpAiIq1gO8QCMgRQTUEootCOHd2aBA5CogipXTZIeQe/fzKmuhm9mEkIud2e/zKP4obyRfJocbVd5PzvSYHELOJE8zqryWnEm2URRFMbbkEyRkMdlVi3yfLPGYfImEbGVU+XsS8kJFUYwZNevHRGyJZ6Jm7FqCL5FKURQdp2bYMxF82YoFP/DkPA8XYi5+i9/hPvwTNjT2nIZ98W5FUXScbsMqwyorV1l1L8OP0IWzcQ26cACOwXY4xNjydbwOp5BLqR5QFEXH6LZuTMQ5mIBX4hqP+xYuwM+NPUP4MP4DJ+NwK7cPeVCrKYqiGHO6rRuvxzb4Iq7R6iJrxwbc2cN2ddTRizrqqKOOOnrQizrqqKOOTTDZCNVV5Fy8h5xDdaUV+66iKNpGt3VjH8N+4olth2ejjjrq6EUddfSgjjrq6EUddUxk81uxk9W3qVYfxYE4nexhxfbFfVr9FY5SFMWY0m2k/fF9a24rw+72xP4O77V6lvDw/WzSjXkYQBNNNNFEE3MxgCaaaKKJJtUAMVJ1HzkBn8f7rNhdVPdokYcURTHmdBtpEp5mzU00bL4n9ktcgyaamIcBNNHEAJpoYh4G0EQTi9jSOnImDsMncIOiKNpet5EuxRFGF6tunmFb404rdypONeZUQ+QoXIM/wzJFUbS1mnXjRsN20daq63AWKkVRtL2adeNiBEeiy9i3CHMxpNVx+BXmetwjmIsho1uIuVimKIox51kIvmLFgouN9HL8E/4eU430VQQzsJnHdeEN2FHbSUUmKoqiLdWsvqNwCu5DhWuxu8f9NWbg7fhv9OM6PIiLcbC2ku0wE59WFEX7iJrZNtewUWXYJjgOfbjI6D6Fm3GOYdNxF35v2GW4Ep8x0kvwBmyDxfg1rsDPtJU8Hw104RVUVymKYmy4xoYm2EOXzTBPl367e8QfXW9bQ+7CP1hLnod78RIdLZ8gIbeSDRVF8dS63ST9PqPfI/pFv+gX/RaY7ROi5nrb6hf9TqxZMxvi17geF+I6ne2TuAk74uOKonjqRKXpAnxU5Wcqr8MOKi/HBeIE13urdWAz9OODOl6mkaVkGXmRoiieGrMdol/0+6GoWd5se/mj622rX/Q7sWbteAiXYy8dr7oen0UXvkkmKYpi/Yt3G/a3KkOWt4drLadm9f0LjsHW2B1vxSzjwwm4GbvgOEVRrH+VPTHXdDdbRTWr71OYipn4Jr6OLxoXqsU4HEM4nuyhKIr150rd4un4tSeh2+r7Dd5l3KquJV/EX+MssifVUkVRrHubqgwb9CTUFGviWNyBF+CjiqJYP15oKZrYxpNQU6yBagHeh+DjZKqiKNaPymxM1rCNVVRTrKHqSnwNk3AW6VIUxboX3/VHlY9ZRTXF2vBR/AYvxlGKolj7rrapfhfqd6A/iq+jH0ea7UwN2/ij203SsI9+n3elbv9LpVhL8jpcigXYneq/FEWxdlxvB0N+gF1wh6advdIy19lMt2/gQMPmYyPUxD0qr1SzzJC78A+VYi3Kt8hfcMLZfOp9iKIo1kzDASoz0IsbdXuT3d3lf2vYGfuo2Uzcb8hd5rvaKy3TsBFer2aOYm3K09nmCgTvVxTFmul3hH5L9Yt+PzRLXTGmvBHBfExRFMWTd7tJ+p2tX/Qb0nCyqCnGpPMQzESlKIpV1/As/a7VL/rNN9ufW0sqxbowGXOwBd6DbyiKVdDf7/mJo6rKLonJVeV3Q0N+mjhrzz39RqfrM03NRdhG3KPyZtP1W0tqinXhQXzYsNPxbEXxBGbPtlfiOhya+G1V+behIc2q8pFazXN0utkOUXM1tsHVlnmh6foVbeNfEfxQW8kEMoVsY1TZmEwhGyvWmr4+FzcaBmfPtrv/5ZprbJio6VRR6XeiftEv+n3ZHBMVbWdL/B7BIdpGdiYhQ+QVWuRtJORgxVrTaLiz0XCP8eRqm+r3A/2i31INR1mHaop16b/xt4Z9HltoLxW+QCYo1rnEQ9iyv9+BxoN+z7WhWXgjHhIHeKEzrEM1xbp2Fn6Cyfic9vITTMWHFetcreZ0VIkf9PW5uK/P2+bMMVEnmuQ1Bv0Yu+IXKtO90JXWsZpiXQuOxMM4BG/VPn6KH+PvybaKdWr6dOcmXo+ZVeV1VeX8hQvd02g42p/MmqWeqGlvH7XYJY62wJAZur3UHu5WdJQPIvgdnm5My84k5FjyXLKI/Mhj8jYScrBinZg925Z9fT7UaHiw0ZD+fof6g74+ZzcaHmg0/LDRcEx/v+naxyR8HcEQTkbNetStWF/OxEHYF6fiPda7bIwe1FFHHb2oo446LsJij6n+i3weHyVvpbpQsc7tsYf/xmf7+lxWVX6ZeC/OrSo7YDIOxIEJjYa7q8oViSuWLXPFS17iPmPPlrgQL8Z8vBsXWs8qxfq0HW7ExngtfmzVdKGOXtTRgzrqqHNRjTdtjTrq6EEdddTRizq6PLH34WrcjOOoTiab4GbDdsFrcD7eTnWeYp1JVP39BnDXC19od3/Q12dKrWZ/7JPYD1sa6c7EzKoys6vL5dOmmeepNQ0XYRv8Bm/GbE+Bbv9LeA4Owq7YAPfh33FpxZBiTd2FE/EZfAufwwTUUUcdvehBHXXUsbGV6v1P7OuJLcQAmmhiHgbQRBNN/FyLaj75EM7Hsfi5Yq2bPduu06a5uarEnzQaXltVNsUt/uRFL3InvoKv+IO+PlNqNfsn9serMaWqHIEjBgcNNhp+jpmJmfPnu/qVr7TI+vMOnIUNcRXehvs9RSp/Ej6Ck9CFOWhiR2yB2XhTxT2KNdWFuxBsY9UE8zCAJgbQRBNNvnYnh3ehiSYG0EQT8zCAJtVSqyQ742YcR3Wyx+THeDmOx6l4O9V5ijXWaNgI92EursB9mII3Y1FV2Wf6dDd4AnPmmPjII/aq1exXVfZL7Iluj1uAq6rKFe9/v8v7+tyAIWtfFz6FYwz7Cj6IpZ5ClT8I78I38VO8q+I3/iDUcCTOwM14UcVixZrYBrejG9/G3WiiiXkYwACaaKKJh61X2Rk34ziqkz0mO+AGNLEF3k51nmKNnXeeru2396qhIQfXanZLPBv3V5XrajUnT5vmV1bDL35h4yVL7FVV9sf+2AMVFuy9t64lSyzBdZiJmei35jbFuXgDluHD+LyxIEwIvw2/Cz1GEU4MCX+pWFP/guAcY1Z2JiHHapF/ICEhByvWyJw5JlqPZs3yjL4+7/je9/wz7kIQBMHdOBuH4pmevB3wSwQP4JXGkrBvSDjNCoTNw2D4sWJNbIPFWIadjVnZmYQcq0UmkVtJyMGKNdJoOLPR8OPZsz3HU2MK3oUv47cIgiC4A1/GQei1cq/BXAS/wLbGmG4837DbrEDFA+FX2F2xJv4OE/Ft3GKdSS/qqKOOHtRRRy/qqKOOOnpQRy/6cTgOxo1aVIvJWzAVsxSrbfZsew0NORLLli2ziafGnbgT3zJsCvbH/jgAU3AEjsAgfo6ZmImrsciwo3EqunA+3oNHjDFVOB6fxBsqLrECoQ+7VWyoWB3PwW3owlTcqtWGqKOOOnpRRx09qKOOOnpRR51X/54f74466tbMdVQvsUoyBW+lOkXxpNx+u0kDA2Zj16py4vTp/sHYMxEvxn7YH3tigsctwNXYFHthCB/HpxBjUDcWG/Y0K7cBFipW1wmYiG/hVuyI76AXdfRggtXy4H9hK48bQBNNNDGAJuZhAE000UQTA5iHAcy1SrIRZmFzcjPVpYpV1mw6AbvilnrdycamJbgKV+FEbIS9sT/2xzQcgLuxEIfiX41h3bjbsK2tQOjCdrhNsTqeg8MwiJMMW4bpRlqMJpqYhwE00cQAmmhiHgbQRJP7B9BEk2qe9aJaQE7CZ/EVshvVXMUTajQ8L/G3GEr85Q47WKw9LMBMzDRsC3wCR+IC/KuxLjwzLA1XWoFwQEg4RbE6zkbwdY+bgOl4LrbAJG0nNXIVCfmK4gklan19rmk0pNHwOe3vzxFcqF2Ec0PCOy0n9IQbwqLwXMWTtT2WYhl21HGyE1lIhsgBipVqNHy40ZBGw91XX21T7e9VCGZqF2HzcEtYFs4ObwmvCkeHO8JQOEKxOr6B4CwdK8eRkF+RTRWjmj3bcxoNDzca0t/vDTrDngj6tJOwWfhCeCgkJAyGa8MBlhPeEfZRrMz2WIolmKJjpZv0kZAzFKNqNPyk0ZBGwznaz054GZ5mpJ0Q3Kodha6wVdgxbGoU4Z0h4bawkWJFvongqzpenk8Wk0Gyr2KERsO7Gw1pNDz4i1/YQvuZieBVRnoWgnt1qtAd+kPCKYrRPBdLsQTbGRdyIgm5lWyoeFSjYXKj4f5GQ/r7Hao9fR/BnxtpIwQLdYpQs5zwgrAkDIaXKpb3bQRfMW6km8wmIZ9WPKqvz4xGQ/r6/Ej7+jqC92q1BMFE7SxU4Yhwc3ia5YSTQsLNYQPF/9gBS7EE2xlXMo0sIYNkb+NcX5/XNRrSaJjf12eK9nU6gv9fqwcRTNbOQi38LCScaTlhUrgpJHxS8Sfzv8Z5V/Ks041LOZmE3Ew2ME7NmqXeaPh1oyGNhqO0t08g+LhWdyLYXrsLO4eFYSjsbznhxWFZWBqmG/eyI1lGlpBtjUuZROaQkE8Yp17zGidedZX5jYZrEzXt7SMITtXqegTTdIJwQki4M2xiOeG0kPCLMMG4lu+SkDONa3kJWUaWkunGn30wOGGCOy+6yK7a3/sQfE2r/0DwCp0gdIdGSDjNcsJG4faQcIJxK7uSQbKYPMe4l9NJGOrniAnGj0mYg+BEneFgBOdrdTGCN+kUYfewJAyGfSwnvDwMhcVhN+NSvkdCvqD4g2zMnKvZoh/HGz/+EcHN2EBneDWCn2j1bQSH6SThkyHhlrCB5YQzQ8Ksg5zXZVzJVDJIFpGtFP/jFRjCIkzV+Z6HxRjES3WOvRDM0uqLCD6ok4RJ4aaQcJLlhE0fsdGsP3dBP/kb40rOJyFnKJb3LwhmoUvnquEaBGfoLLsi+KVWJyE4XqcJLw7LwtLwQi2yHxkii8guxoVMJYNkIXm2Ynl13I3gIzrXhxDcjU11lq0Q/FarYxH8s04UTgkJvwgTtcjZJOQaUtPxcgEJOV2xIvtjCAuwg87zHDyM4A06z6YI5mvxjMPZ5JfsdpJOFDYKt4VlX3P40Vqkh/yGhHxQR8tuZJAsJM9WrMw3EPwMNZ3lJwjO0ZkqLEPQbYQcSkK+o1Pdb/N9XuHKG8li8jwtciAJmU+217FyIQk5TfFEenAPgr/SOd6N4EFsoXPNRdBrhBxIQi7V2fIFEjKbTNAi3yUhV5BKx8kLyBBZSLZUrIo3IJiPKdrfZNyP4FAd7aU/4FU/5cRtjZCXkZCrdLZsTO4gIcdokcnkPhLylzpOLiIhpyqejBkIrkClvc1AcJmOlxtIyO5GyO4k5AadL39GhsgisqsWOYSEDJCtdYxMI0PkEfIMxZMxGfchOFz7eh2C+dhOx8vVJORlRsi2JORXxod8jYRcS7q0yPdJyKU6Ri4mIZ9RrI53IJiHrbSfOn6N4K+NC7mUhBxohDydhMw1PqSH/IaEHK1FnkkeIiF/oe1lGhki88kWitV1IYJLjE092BpTsRdeg4NxBP4DwSx0Gd0rMVnHyHdIyDuNkG4yRAZJZQzrtlZUA+T9uAQnkUup/stjqnvJR/B1HIFztLcb8R70Ut2vWF1/hVfg9TgU51p7NkQvetGLXmyADdGLXvSiF73YABuiF72YjAlWbAEW4UsY1OpgnIuf4VVYqv01DesxQrWMLMDG2AQPG6O6rTXVpeRcHIqvkj+jisdU3yAVvmPMywaYiiVUN2q1CW7CXR6VjbA97qV6QItMwM54kOp3iv/xO3wEZ+NzmIUlhtXRgzrqeBp6UEcdPaijjqehB3XUsYG142E00UQTAxjAPDwPL8GncSV+baT/xL14Of4Fh2t/A4b1aDWAjVHHw8aHbEbuJSFHalvZkYQMkT/TIm8hIYd4VPYmIccZVbYjIZ9TjOY/EQRBEARBEARBEARBEATBEjyIO9CPK/EDfBtfwEk4BkfiHXg9XobdsS16UVm5Gi5BcD021moaHkHwfm0vx5OQk7TIzSRkV2NYt7Wqeoj8Nc7Dp8mPqH6tfVX4Enk+1WLFunIMLsCWht2LBViEuZiLuZiLuViIRZiLuZiLuZiLhZiHWLeG8E5cixfgW3gb4nHX4wicgzNwK67UvgYM69FqwLAe408uINeRHT0qu5HzyJdJlxZ5HTmP7GSE7EROtd5lRxLyIxLyd0bIW0jIIR6VvUnIcUaV7UjI5xQr0o2a9rMT5iI43uj+GcGD2F7byrtIyLe1yL+RkFcbw2rWjfdib6rbDHsGDsIR+CutdsBBmGykHrzYU+cq/BDHk+cq1qVlGNJ+bsUhGMQ/4iCtjsMl2AwXYmPtacCwHq0GDOsxhtWsE1WTalCrefhH8mwrlankSLwFzyRHkiNJl/XvQ6jwRUUxup/gY6hwNp5npCG8E3PwfHwblfYzYFhdqwHD6sawbuvXZ/ExnI6DrFgXNsQk1LChtSK9qKOOOnpQRx29qON8LPCY6g5yGo4jh1DNsGIfIe/VqlvR6T6NnfEeXIwX4UGPexhvxSy8BSfgE9pL07AerZqG9RjDuq1fd+F0HEMOpLrEqKobcAPZE3tSne4x2Ro7oY466qijjh70oo466qijB3Wr5m781EifxDtxGrnMit2CPq3qeK+i030AU7EnLsR+WOpxt+HtuAwn4hacp30MGNaj1YBhdWNYt/XvUzgMZ5B/p1pgxR7GDUb6AI61egbQRBNNDKCJeRhAE9drUS0gR+MiHI9ZRncp1T9pke3wXkWnW4Q3ow8vwyk42kiX41icgrNwC27QHgYMq2vVNKzHGNZtvaseJh/Fd3A8jrdC1c34gJFux7+jiSaaaKKJuRhAE0000cQA1TyrLDtqUf2AXIKjcb+iGN3v8Db8FEdhDr5ipFOxCw7HxXgRHjD2NQ3r0WrAsImK7EdCDvOYzCSLyY7kaBLyUmNCdiQhHzNCtiMLyP0k5BCPyt4k5DijynYk5HOK8eIwBEvwcq02wLUIrsJEbSF/Sd5OakbIBG2g5qnzQcNO1Taqu/BP2FxRrNy38VlMwPewtZEW4S24B/vgs9pC9TWq71ENkXeSk8l+VEu1yIfIh4whNU+Z6hacigOxn/bxz7hVUTyxv8FleAYuxsZGuhdvwgJ8AEdqL2/EMTiX9Gr1Xhxu/Ml+JOQwI2QjchcJCXmpMSGbkoPILkaVnclBZGuPymbkYLKzUWVjcjB5gWK86cVtCC5ApdVfIFiCV2gbmUGWkUXkTC1yI7nJ+JP9SMhhWuRNJCTkpYqi8+yEuQg+ZnSfQfAgpmgLmUEWktPIIHmxEXIjucn4k73JHeTNRpVzyB1kuqLoTK/GMgzijVrVcAmCn2NjY15mkIWklzxAbiATPCY3kpuMP5moKIpjETSxm1Z1zEHwfVTGtMwgCz0qR5KQD3tMbiQ3GX9yFplJdlUU41eFcxHcicla7YS5CP7OmJYZZKFHpUZmkUfIth6VG8lNxpdsT5aSZWRHRTG+bYDrEFyObq0OwDIM4SBjVmaQhR6TF5FBcp5H5UZyk/El3yAhZymK4o+ehXsQnG50f4PgYTzPmJCnkQ+Qj3tUZpCFRsiXSMi+5EZyk/EjzyVLyRIyRVEU/2MvLELwPqM7C8Fd2NxTJtPJl8l8ErKA9JIZZKER0kvuI9eTOeQm40e+RUK+qiiK5b0LwRLsq9UGmIXgPzHRepNnkWPJbSQkZJBcTg4hE8kMslCL/B8SMkhuMj5kB7KULCHbKYpiNKcjuBdba/Us3IPg89ap1Mj+5DyyhISE/JacTLY3QmaQhVqkIj8lITcZH3IOCfmyoihWpAuXIZiNjbSajgUIjrDWZWtyDPkVCQlZRi4nB5Fuo8pZ5HdGleeTB8k1Ol92IEvJErKdoihWphe3ITgflVaHIViCl1tjmUQOIpeTIRIScis5hjxDsapyLgn5kqIoVsXOmIfgWKM7FYtxmNWWXcnJ5AESErKQnEf2J5XiyciOZBlZQrZVFMWqeg2WYRBv0KoLL/Dk1XEErub3N5CQkAY5mjxdsbryXRJypqIonqyPIWhiqtVXYV98E48gCH/7b+QMsrtizezmxl3IIFlEtlYUxZNV4TsI7sRkT84zcTRuQBAEDRyBjRRrR/jefbaYfaAf/qOiKFbXhvi/CC5Ht5WrYX+chyUIgv/GydhesXaFqWEwLApbKYpiTWyJ3yI4zei2wjH4FYJgGS7HQehWrBvh/JBwhqIo1oa9sQjBGYZNwkG4HEMIgttwIrZWrFthahgMC8OzFUWxtnwAQXAVHkIQLMC3sC8qxfoRvh8STlcUxdr2cwRBMAfHYDPF+hV2C4NhYXi2oijWtg3wKVyFPRVPnfCvIeE0RVEUnSpMC0NhYdhSURRFpwo/CAmnKIqi6FRhjzAU5odnKIqi6FThhyHh04qiKDpVmBqGwvywhaIoik4W9gvvUxRF0SYqTyB0YRdsjnm4pWKhoiiKThG6w9+Hh0JCQsKC8LXwdEVRFO0uVOH7IeHi8NowNbw8fCkMhjmh7k/CtLBX2CvsFZ6hKIpirAuHhYSvGkU4KiR8zp+Es8Jl4bJwWXi9oiiKsS5cHRaFzYwiVOHW8HCYqCiKoh2FiWFx+LmVCGeEhD0VRVG0gZpWkzERd1u5Xxv2LEVRFG2gplWXYcus3KBhXYqiKNpATavfI9jKyj3TsAcURVG0qzAnzAsTrUC4KiwNmyqKomhX4fiQ8P8ZRXhJGAoXKoqiaGdhk3B7WBSODJP8QaiF14Z7w8NhB0VRFO0ubBOuCwnzw+3hoZBwV9hLURRFG6msRKiwL/bB5hhAP35SsVhRFEUb+X9LgFXePZoBQwAAACV0RVh0ZGF0ZTpjcmVhdGUAMjAyMy0xMi0yNFQxNzo1OTo1OSswMDowMJR8AVQAAAAldEVYdGRhdGU6bW9kaWZ5ADIwMjMtMTItMjRUMTc6NTk6NTkrMDA6MDDlIbnoAAABt3pUWHRNT0wgcmRraXQgMjAyMy4wOS4zAAA4jX1TS47bMAzd+xS8gAV+9VlkkTgzadGOA3TSuUOBLnt/DOnAtY0KpUxBn0eZenwaIOzH9duvP/DX+DoMAPifr7UGH4KIwxvEAC4vt68zTI/zZV2Z7j/nxzuQxYfRjtjz4/62rhBMMEpqORNWoFQ0qzFgwsW2UIYZRk6aq2lxYBVqJh2gxImU/JjC5PtWwjpAfZ4ojGoGI6aSqQXgH6QFUlKlilQCWbXoAQnTl9uJ4OP8/aRrVIY7jJq0cTGKP1EteMhkiRqfYbSGlWdYVqwa91PMpVgnqxpZYSKtZM33cxYutQNszohvO7V5yd4a1tYDkmcEnmdh5rog0aT1uKOomyRiyqoL3W5Ne8gonCajprUGkpgz5h4yKud8ibQa2UnRZr2Lk8L0G8zvYVzVtSCsUqiHNHj3C7UqgrFfLCv1gC/z9SDLp1Av9/m6CTUab3L0CcgmOnLXTVrkbpt+yD1vwmCflq3gfpBXc3q9nXgrLrm3rYQUvq+URke0q4hGR7xjXqMj2TFMS6c7KnVZsR1lujzdAzd7JmK+PncfD58wbM4ri7hKIwAAAB10RVh0cmRraXRQS0wgcmRraXQgMjAyMy4wOS4zAO++rd4Af2KaAAAA43pUWHRTTUlMRVMgcmRraXQgMjAyMy4wOS4zAAAYlR2PO47DMAwFr5LSxsqC+CdhpHLvHCBI5XaxzbY5fJ7CihiKo8fjPJb7eVx0/V3L8bv+03o+z5/Xcn+sz8f2ur2XTXq5EzXqoa7W9o27epqBpFBNQh2T4Da6xSyg0UmTrMDchSPbjg4Kj4ah1cgC407BLF80TAqr0onJtU0rqtqu3ai0JiFmp0lUpKZcQgtZdoPSOBFKWCWmuVIEL8JckX/mFh7q869wghe3JeXgSVJDQRSXjFSs6fAI+yItRod9yhjZ1vcHC6hA0326bUwAAAAASUVORK5CYII=) 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모습 |
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클로티아니딘은 흰색 결정성 고체로 나타납니다. |
관련 화합물
힐 시스템의 공식은 C6H8ClN5O2S
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계산 몰 질량 (몰 중량)화합물의 몰 질량을 계산하려면 공식을 입력하고 '계산'을 클릭하세요. 화학식에서 당신은 다음과 같은 것들을 사용할 수 있습니다 :
- 어떤 화학 원소. 화학 기호의 첫 글자를 대문자로 하고 나머지 글자는 소문자를 사용합니다. Ca, Fe, Mg, Mn, S, O, H, C, N, Na, K, Cl, Al.
- 기능 그룹 :D, Ph, Me, Et, Bu, AcAc, For, Tos, Bz, TMS, tBu, Bzl, Bn, Dmg
- 괄호() 또는 대괄호 []입니다.
- 관용명
몰 질량 계산의 예 : NaCl, Ca(OH)2, K4[Fe(CN)6], CuSO4*5H2O, 질산, 과망간산 칼륨, 에탄올, 과당, 카페인, 물.
몰 질량 계산기는 또한 일반적인 화합물 이름, Hill 공식, 원소 구성, 질량 백분율 구성, 원자 백분율 구성을 표시하고 무게를 몰수로 또는 그 반대로 변환할 수 있습니다.
컴퓨팅 분자량 (분자량)
화합물의 분자량을 계산하려면 공식을 입력하고 각 원소 뒤에 동위원소 질량수를 대괄호 안에 지정하세요.
분자량 계산의 예 :
C[14]O[16]2,
S[34]O[16]2.
정의
- molecular_mass_def
- 몰질량은 (molar weight) 어떤 물질이 1몰 있을때의 질량을 이야기 하고 단위는 g/mol입니다.
- 두더지는 원자나 분자와 같은 매우 작은 물질을 대량으로 측정하기 위한 표준 과학 단위입니다. 1몰에는 정확히 6.022 ×10 23 입자(아보가드로 수)가 들어 있습니다.
몰 질량을 계산하는 단계
- 화합물 식별: 화합물의 화학식을 적습니다. 예를 들어, 물은 H 2 O입니다. 이는 수소 원자 2개와 산소 원자 1개를 포함한다는 의미입니다.
- 원자 질량 찾기: 화합물에 존재하는 각 원소의 원자 질량을 찾아보세요. 원자 질량은 일반적으로 주기율표에서 찾을 수 있으며 원자 질량 단위(amu)로 표시됩니다.
- 각 원소의 몰 질량을 계산합니다. 각 원소의 원자 질량에 화합물에 포함된 해당 원소의 원자 수를 곱합니다.
- 합산: 3단계의 결과를 더하여 화합물의 총 몰 질량을 구합니다.
예: 몰질량 계산
이산화탄소(CO 2 )의 몰질량을 계산해 보겠습니다.
- 탄소(C)의 원자 질량은 약 12.01 amu입니다.
- 산소(O)의 원자 질량은 약 16.00amu입니다.
- CO 2 에는 탄소 원자 1개와 산소 원자 2개가 있습니다.
- 이산화탄소의 몰 질량은 12.01 + (2 × 16.00) = 44.01 g/mol입니다.
각 원소와 동위원소의 질량을 NIST기사를 참조하십시오 href='http://physics.nist.gov/cgi-bin/Compositions/stand_alone.pl'> a> 관련 : 아미노산의 분자량 |