.pf{position:relative;background-color:#fff;overflow:hidden;margin:0;border:0}.pc{position:absolute;border:0;padding:0;margin:0;top:0;left:0;width:100%;height:100%;overflow:hidden;display:block;transform-origin:0 0;-ms-transform-origin:0 0;-webkit-transform-origin:0 0}.bi{position:absolute;border:0;margin:0}.c{position:absolute;border:0;padding:0;margin:0;overflow:hidden;display:block}.t{position:absolute;white-space:pre;font-size:1px;transform-origin:0 100%;-ms-transform-origin:0 100%;-webkit-transform-origin:0 100%;unicode-bidi:bidi-override;-moz-font-feature-settings:"liga" 0}.t:after{content:''}.t:before{content:'';display:inline-block}.t span{position:relative;unicode-bidi:bidi-override}._{display:inline-block;color:transparent;z-index:-1}.pi{display:none}@media screen{.pf{margin:13px auto;box-shadow:1px 1px 3px 1px #333;border-collapse:separate}}@font-face{font-family:ff1;src:url(data:application/font-woff;base64,d09GRgABAAAAABuwAA8AAAAANfAABQABAAAAAAAAAAAAAAAAAAAAAAAAAABGRlRNAAAblAAAABwAAAAcTJXt1EdERUYAABt0AAAAHQAAAB4AJwDKT1MvMgAAAdAAAABIAAAAVmhzHQBjbWFwAAACXAAAAEoAAAFKQDjm4WN2dCAAAAhYAAAEGAAABQYv1fuFZnBnbQAAAqgAAAM/AAAFn1066ANnbHlmAAAMlAAABTgAAAYkyyFoCWhlYWQAAAFYAAAANgAAADbeeQTDaGhlYQAAAZAAAAAdAAAAJAyFBqNobXR4AAACGAAAAEMAAAJALt4DLWxvY2EAAAxwAAAAIgAAAYrnhuZcbWF4cAAAAbAAAAAgAAAAIAIaAUJuYW1lAAARzAAABtsAABEVECzz4nBvc3QAABioAAACyQAACXHyCpukcHJlcAAABegAAAJtAAADc1appT8AAQAAAAUCj4m7xktfDzz1AB8IAAAAAACjSLw7AAAAANTe/SgAJf5GBvUFjgAAAAgAAgAAAAAAAHicY2BkYGDt++fGwMDBAAJsXxkYGVBBDABLrwM5AAAAAAEAAADEADgAAgAAAAAAAgAQAC8AVQAAAO4A2QAAAAB4nGNgZL3OOIGBlYGDdRarMQMDoyqEZl7AkMYkxMPMysrIxMjOxsTKzoAGQnydFRgcGBQUlFj7/rkxMLD2Me5qgMoBAJ/cCfB4nGN6w+DCAARMqxgYOIA08zqGLJazDOkgMYZfYBIk94R1C0MiwxAB7LIMqrQym/kLgys5+lhSGDKp7ZbBAABcpAo0AHicY2BgYGaAYBkGRgYQcAHyGMF8FgYNIM0GpBkZmBgUFJT+/wfywfT/x/cfQdUDASMbA5zDyAQkmBhQASPEigEHLLQzGgAMEwk6AAB4nI1TS2/TQBDedUKbpilxn2kTHmuWBGgSylOEUIqp7agoQiJtkOyqB6dJUNsTJ6Ry6qWiWuA/8BPGhUN64w/wHzhwBIkLZ5jdpG7NAWFZ9veY8c7Ojk2z+Wjp4eKD6v3Kvbt3bt+6eWPherlUnL929Uohf5lfMtjFC+fP5bJzs5mZ6anJiXE9fXYsNZocSQwPnYnHNEpKDq/5DAo+xAt8ZaUsOW+h0Dol+MBQqkVjgPkqjEUjTYx88Vek2Y80w0iqs0WyWC4xhzP4YnPWo+sNF/F7m3sMfij8VOF4QZExJIaBGcyZ3bIZUJ85UHu1JRzfxu8Fo0mLW91kuUSC5CjCUUSQ4S8DmlmiCmgZpxpoJDGGVUGW2w7McVuWALG80+rAs4br2DnD8MoloFabbwLhy5AuqhBiqWVgyIJhtQzbltshb1lQ+ize9XSy6RdTHd5pbbgQa3lyjfEirmtD5vW32ROKH5+w3Den3VxMOLPbTFIh3jD40HBPu4Z8eh5+A3O1fM0XNVz6HXaxvsZwNW3fc4Hu45JM7kTuqr+/Lnek4u8wGOHLfEvs+Hg2WQFkddc4zGbNo99fSdZhoulyAx7luNeyzwVTRKzufpwz2VzUKZcCfbzf2OBsegBSY6dBN/QUUuES1VfDzlJZEX+CEwGszbASl+OeKvLRrRDRrmAYXh7FLOjgiWzDiOULvSp1mQ9n8jpn4hfBCeA/vkeV1kAZyuu/iIRyTsJZQ/8YQ7EI8/NyRIYtPFOscUnxu+XSq572mL/UGb6wfeQZ9rblVRew/YYhD/htzySbSGCv4fY5I5u5Q2IuFD3QfOl8Pnamn0tn79gJ032Ok/yJUELINCQK4Z3WZyadrSrQmX/Y3b5fX+P1xrrLHOEPeltvRljfr4TeAMGk5cZy2gBpuZhycSg3wmBJ3BTE83gPqaHu9IYTOJVKoawGur/Sf3pJw/jPpN7vnzJLvU7SBmVCtRjlDyI8Ul5KxLDgeEGrN9eFSEY8/MGXA04PGoFJD9bW3SOdEHbQdA81qln+shdcRs89YoSYStVCVTImGalTHNhDLaGs3JFJyJ5y40pQvN2jRGmJY42Sdk/ra7rS8Cr/AW1ehm8AeJxtUl1rE0EUvbONnemHNV1DXA1hU7YmtGsbzIO1tLS7290+uBCriZhVwTQ12IISQVuQQClItSKGAcFnH0t9mU2obIpif0qL/8HXOLNG/Opdzrkz5wxzBu76RdmMSRn+paU01FAcENwP+XrI8yFnBUvZZlZVA2my+UG0S83kGG+jxsDxBfVyRlZnM2J/zph5NKYe7Z1Xjzk+ZnLqzmxOfcGR5djge3Euszem1jK1x7WXtVeRKYjHAUAeJkaAvn26FeuL9U3RAH01pjH9gmkL04eYPsD0NqaLmF7BdBJTHdOLmI7iGJFJlAyRQdJPCOklESIRILGgc2TowJ8e642K1hsRHAnXUUkwJ84gISLBNWBne1zJLVjIZYcr4FZS7HtBC1D/jTvslGYhJrvgFi2FXdXdAHdusindZXjpbslHqOFxlUk7AYJiKUAdIW0nmLxQagNCne23iW73PIhvzCvz8tzw9KJ9ApW7rP8uRf+z3KXnn0FF64A5P2th9R0WaoGrNFSpUGmoKkn23i2U2F7SYzmx6CQ91DL3jbpT1Zyy5lQ5yuzNxqrCtiqplG/sCyPFetLlysqq6MtVtq9VbWZodso36yfYdWGbmu1D3SmW/LpRtZumYTrasu21IY8q/njjr7jXv+LaMI4q/98YoIq4clwk5hsnJDaEnReJDZHYEIl5Ix8mOmtigEsln4DlLdz72VvSQD+fRTkx4lnx6JO5cDAzI8pm4iACaBcGdI8NahY7zSGsCXPCFBb/YYQ1xOUzXUvZnBlJHKDdrhXl8rBmgb6u/1NPRYHirNkC/CXtzqG01ZTVnO7pPwAWBuwzAAAAeJxdVH9MllUUfs45937fp6lEzUqkxJkwNJlujgIMM2tMZEh+ASJpIk4tlpGQPyYWg9XMAsmYlJa/QoxYARUGqwAxf2xZOZusKVqiIaMyZ04j/d7bsfyr99l9t/e+997zPM+559gFmGLTMEZHpFRjNODO3hrnvRz3uy3AOO9Z1xMTBuCzW+O/Jw/jsRCxSEUXLqGdJiADne4Y8jGPV2OSzm/C5+jEGTyGJWBEUAmi3Lt4A9Eox04kmAjXgjT0B8JwF+5HIj0PH0ZiGbZTD2Zhtp6RhBS8hpX6fkLnr9FD+ocwFAs0ejW2oR3f4SeM0hPj0E1+uua+wEwElcM6tOGMfdS+jjvxJvaiHvvxC8VRLQ3IRdfijrpfdVcspiAeuVis2Ixdum4vvuFx8r6LcOvcB+4IIpV9g6rej4Ma6ypFURblc52s9f52K1yD+jBMOSt7xQxVk45i7NGV3bhOQxRlHMXTOd8Ld3fDjzGIwkTll4nn8BI2oEJVbMUONKKfptNy+pYu8nAu5Q6b4U/3pw/pCJ1wKe6qxhiGsco2GwVYozs34y1s0Z27NNbXiksIUTwlUTLNorm0iV6lPfQXT+RTfF1GSJg8IDmySEqkVwYDNjTHq/GOuQy3Rr0k9XyoZnKm6nwST6EQRViNEpQqu0pFlbrXoGhSPzsUB3Aa5xR96MdvxGRV41CaoJisSKJHKJUy6WlaRkVUQ/uoldrpIA3QFZ7K8ZzAc3guL+NCLuYqbuJm7uDz/KeyTJTHpUhelgbpkiNyXE4amFSTZ54xL5pq02ROmEvmivEs7DhFnM2zO0O7vdlerot2SW6xq3BVin71+D5VE40Y1ZOhWc3HUr05hYoXFGvVu1dU0RZsV+9uurcPrfhSb2mX5vcQjuGk6juNXlzDoJpzU99IGkuTaIr6+zClKOZrnlZRCZVSJW1Vn5upRdFJParSU4VZnMMLeRWXcAXX8DZu407u1kw48Wkm7pEUmS3ZkisLpVi2yNvyjmyXHdIqnXLIsEk0GWalKTdVZrdpNIfND6bHTrZJdqOiybbYr2yf7w7faN9UX9DX6vcF1gYuBDx8isNoRgv+99AGup2a8RFdECOlfJTn8W3cTWXme4rRDEwj2EqswGVleC8d5wcpW/JpvvpXRkspF+9JpOyWVBy1KygoGbQEQVODG/YA8uxG/kTYbpQQDXIDlqOSC0L1LodGIEi1XKc3Zj2mIdZEoJsTTBuN51ju8H9MrUj2+yRBEgNh+lUr55RmMBBGA8iTXq2fs1pbc7lOe0If9fjnKLuQNOqa9UimWi8c9TaHF1Ek11JaqDz0o2xzO2gU9wKh8NAMnqk3LtN9yO34AzXeoPkZ7XwKmdo18v+tnMtae6u102ThBg/XegpqHym04f8AMNthT3icY2Bg0IHCEIY2KDzFaEMT+IEUyFSHGzILDT8IAP1+M38AAHicXVR7bFNVGP+++2xv92i39t62W7u2d/e2W2lvH3s13LBb2BTitvAQEAGJGbjxCkFgERFkEwUUCbpEiMGYaEJCQGRjshpFSCBEE4h/EJcQTQymwZDY6B/bjGwdnlvRqOee+51zvnvuOd/vd37fAQo6AKiN7EqggYf4CIKmj/JMqpAa4dgf9FGaIl0YoU03a7pHeW5oVh9F0592BB1K0BHsoAJz9Xhqrp9d+fBcB3MbABC2wB26k74ANgh+DjSOGRVWHrzlnKes/NdgQ5s7Gu3J2+9De3chmUAnJ4fU5qaWdEqkOydOnpqYOHVygsr+1U6Q9SjoA2D6WCjFOd/wc3wvhcAyvTQIHNtL05TXyjO9CB6LuXiPfVLvLuo99mm9217UoV0v6uabTPwddB8DswH62qzBwgwEmGvmHvlHebzJboUycEPrOGB5NU+g5PDAmJi027w59BllQlN5kmmq3uDZdMwdtU/ni/k8tBen9XZ0VGUyBItMP0bicvLV/wKG/eoz3EItkWWpbDyWzcbiWeyjo82uRV1dXZ7GmevxbDYeNwwSx/MA7DK2iyAV4KzR1QZt1GKmn8kBGxN0oUtYJ2wTXhE4sAjIWwWOt7JgoegyxsaxDOMTOKcgcEjRtE9A0kXgfRarlWMJYUKO2j1mMLRQdpXaCRR+AgFgiRXwj0s2kziPfTLvLRTchDFvoV3X9YxGaGMPx6OH9984HHebDVZlzMesvK6TmkzAelyP1WmUMV3NBpHpOLuxeKW/+EX/OepM8RC201fx7YdjbNfcrt6iv6QPBYCbIhg1uGvEntRWawPaGxpTKfutoVCd7PeEQjHZHw6FKNlvCcl22e8KyQHZr4bk3KN3xiXQAu64puVwh2FIbqckuUUECEsi6YoiBaBJmjsgxai4hLTHLbooLaxaLWDRvoMVUlKSvIF4LFwXuFWJlLmIYK/0JJK3gtnPTGWWxEN0Yyqoc1PHfaIhIlXdLKaVMuZhOzIOkwZH5j/kRMn/ZiFKWB9Eh1MS56Mr2JxOtbY0O5rUKDYHrRh0ySGec/3vK9JLipM1ytLEXCSxql7sedaNB/EXzONBbXW9WKss1YrXEqtlsTjF7Jp9aX9do6I0BV6kB3YvV2a+Z0qD2Tf/cR+bOWpquvPRPfpT9jg0QCvsMfwvN2JDtBaQaiQ7NtE15elYYw0NFJsI1cuVOQwa5WLKgomUbMsQkspyyI+njwSmVE+KzaFg2GKa6mnLTAUb+0tEdRcmC/ZiId9j0mRmc3uhYNd1R4kiKVNShhqOYykHJJITJCHIMKzKIc7lFCXR9EEpSRagVIHEl06RyNSwisVIfHjVex9f2bIwqYgOz756zVizYcvln5cvn3vw1fkHz3155/QHp1/Y95YW8tIbwvLOfc09A4tjC0IJofKNKqk7Pm/79qMDA8duz/3428XN3wxx3uvj41e/fn/Fu4l6KN0pm+eeYGz0RZLtEThvRPyGz7XAAjW++rXlvC/lsjEVjVLgiGPaSp9A9ESYExHdYvU05LBi5DhJfqKSQp6AtecJAwR8Cb3DvAQW7TXm+cOCU1UqlZBarSplEQVsglwRUNDvJCZsq1cwaCemrsqnANELRqN2vaScwUFY8vReo0qsrVElxev2DTO1omeYRIlkhjl3UCF3i9xSUlTrY155k1iVdvqxxF8cSwrDdN05FycMDd38aWDtjuF7yxbOa0kOrdh/YeuZdbtSda17fn/diHT0UYPfHnrtowMfXjp50+3AtUe3PXXj7Kt3+9c0Xwb4Ey7rfE14nK1Wy4scRRiveWTzmh2C8RVELUFlF8eZrBpiEgWjC0EkDzarEgiEmu7q6TL9ort6m0Hw4kWP4kXUfyDgxYP4ABFE8OrNgyePOXoSFMTf93XNzM7sTpToLtP9q6+/d33fVyWEeK65Ixqi/rsuvnG4IVYaTzjcFAcbLzjcEuuNjxxug+cnhw+ITuM3h1fESrPj8CFxvHnO4cPiseaHDh9pyPbvDh8Vz6y843BHPHvwhMOrjR+O/OxwV/Q7f8B6o92CP53VdcYHgI+tnma8wvRXGR9k+puMDzE2jA9D01ccBeEGfH7A4aboNnoOt8RWY9PhNni+d/iAeLDxs8MroP/l8CHxZPO4w4fFy83LDh9pvtT8wuGjwl950OGOCFY+d3i19d7Biw53xfXOp4yPcCxvMz7K/r/PuMP0Txh3Gd9ifIz8X/2S8XHge1Z/ZHwv8/zC+D7Wc5vx/Uz/k/EJku0eZvwQ8XRPMH6YeLpPMX6U8RnGjzP/BcZPM+Y8H2KfuyPGrL9bEu7U9HcZs//dD8S2GItMaBEIJTy8pbiF37YIGV8UqUjws45LilewyoHpqUA3zCFBiSDfB9pkurprTeehKcJ7C5QRpK0oeKXx1uDdwdMXYnuc6UB5Wt6S26GWF9MktSDJV9I8S3NlTZrILPL6clNZdSem81Ekt8wotIXc0oXOdzS0X4WbsRjCpQiLcTxM8SYfRqIEScEPsaVHZaQAFmM7Oycusd5hz4tpjBvI1GlxEmgN0gaZy/GlwC+AlnWodJ6erW3Lszs6L8jbjf7pk3LtovHytEgDu77E1TcWDJ6CwZMwK95wek71T24skd27VXWRpAietirDpoxnLkrsRDrKVRaOl8tqLgySruBTAk1SXEawAQevOSVnxPP4zenVcjNXlUlG8nIQGGz2xpnnwUJFZbgsArZngTyHFOsv2LJBcJrxJbwrLqMUNMU5uQB/NP5vsjTFZVg+Ygni8fGOIFFxNomHSrDHdg2XQu70T7iHzEMxUUuUoHrQWc4VuOVMarxD1is5J7SS3DYeb0eEb94uKSoNyb7XcrHT6bHHkq2OXOQTb8hKwjZqnow9zrjUKOdXIEP2Qi5oxfbquqFGluJ1xxdwk0peWbZa7+BybyYeFKAY9oK+Bi4zFeu7uYtPOb/r6GMeJ/Xu1btLOZPOFmmdle2kCkqnyXC2Ct5JolBk/q5KodjEdmgKGaSJlR4eyiSF3DaxLuQlXcmtNFaJvJBrfVN6KjNWRYVUiS+jtNK5pwrdk4EZlbmuyUNVGE9mZeLZsh4pNh1pG+pcVsaGUsFIFGmPP6WBjBW+4WE8FcnCjJJazUgnOgclKzGbCi2vGOmFKleeRcv2pXwdtCDNZaGtpY6YU0MKCs/oxBr0iazS/CbTVMHm4yxCeAjXphJSsuBWpxSUYDKJLCy4Ve5zUgpkKOSNzjC7Bviv+L+PpM+3d99t14D5Y2zHAE8LHsWbR6tC3JjbsP6UV4TWZmcHg6qq+rHr+j6cHYQ2jgaxTVSsB3Fxo/a2T9T/2zHq7Mjx6rtwrdIRqNr5tneUUyWW8KiuZz1XidRj17hy604a4126jrP7TLi6BzyeOYo7lSaRz3wZH0pjpkx6KgOnWZiOk36q+y3jbo95+ljn3ZD9mHRa5OZzMvWrlih4IuV7KME0ht50badXgL3ZyXjtQ4ZmT8/NGDrka7u9qZ3FCOo+rzhPHs/O/XJWuUgNT+IIdnyOc7/ck0zEaA3863hrLto6L/tpr32429zOtPvTiVqfJ5Z3bjb994tgYn2vX+d21QBFUsdi2d7kukX661h9Pt8SPufU0kjr2lNzVVWfXal7zk4zyqrls8ayfj3dzYmekLsuu2ON9vkqmLidmWmfdIhxWab6IX+HnOl6b8X0fiSLMsPs0/Vg68traYnBOZYlhqmdHgKYil6ulcVg902RRWrc4+mZ5cYdETQ7MUszncfGWqgbjnmQRriUJKQLHwqJ6exAQBZ69CaumTtZnvqlZ3uSLpqQ7ZHMxADmcBUaL9zlWQWjJvGi0tf+zPs0icZyzaxLHQ/hy4wdGu7kLbP7dHjg7LK54SNpZoDEp7rOcQbWDKxYHdNtOTew6qdVEqXKn8+eqlOFEw/hpHz0paXNSit9TWEST6ijbD6jfXk+GTt22hAoRH5CMzTw+T+dQZNvg4UB9m8HPK0Gbm/dbL/ElR7z/UYAo5cbq1D5FlTfBiWZ+3514f4hWh+3Pm992/oOv69b37Q+E4saZyvFTi/7/usCN90T5+05i0v1R9xVC9/bj7Q32q+1L7RfxPPMgr2EbSzXRyuFLqf5QXkQ6Nwc/6W7kf+T7NLV38lKnMoAeJxt09XTVlUYhvH3+lAJA1TsQsVW/PbqLSoqWAjYhI3y2diBiY2tCNjd3d0H/F2MjjP7vk98ZtbMdbR+8xw8o7HRf7NlxWjV6P9m87+P0dho0mgdY0xiK7ZmGyYzhalMY1u2Y3t2YDoz2JGd2JmZ7MKu7Mbu7MGe7MXe7MO+7Mcs9ucADmQ2B3Ewh3Aoh3E4R3AkRzGHoxmnIxBJZAqVRs8xzOVYjuN45nECJ3IS81nAyZzCqZzG6SzkDBaxmCWcyVmczTmcy3mcz1KWsZwVXMCFXMTFXMKlXMZKLucKVjHBlVzF1VzDtVzH9azmBm7kJm7mFm7lNm7nDu5kDXdxN/dwL/dxP2t5gAd5iId5hEd5jHU8zhM8yVM8zTM8y3M8z3peYAMb2cSLvMTLvMKrvMbrvMGbvMXbvMO7vMf7fMCHfMTHfMKnfMbnfMGXfMXXfMO3fMf3/MCP/MTP/MKv/Mbv/MGf/MXfU5asXD2xeGLO+BDdEGGIOEQaIg9RhqhDtCH6qcOH46pOFVRRlVRZVVRV1VQygowgI8gIMoKMICPICDKCjCAjyogyoowoI8qIMqKMKCPKiDKSjCQjyUgykowkI8lIMpKMJCPLyDKyjCwjy8gysowsI8vIMoqMIqPIKDKKjCKjyCgyiowio8qoMqqMKqPKqDKqjCqjyqgymowmo8loMpqMJqPJaDKajCajl9HL6GX0MnoZvYxeRi+jl9H303SD487OGZzRmZzZWZzV2ZzWOmudtc5aZ62z1lnrrHXWOmudtWAimAgmgolgIpgIJoKJYCJ6oWgtWovWorVoLVqL1qK1aC1ZS9aStWQtWUvWkrVkLVlL1rK1bC1by9aytWwtW8vWsrVsrVgr1oq1Yq1YK9aKtWKtWCvWqrVqrVqr1qq1aq1aq9aqtWqtWWvWmrVmrVlr1pq1Zq1Za9Z6a333D2F7d28AAAB4nGNgZGBg4AFiMSBmYmAEwsNAzALmMQAAC/8A8gAAAAAAAAEAAAAA1G40cAAAAACjSLw7AAAAANTe/Sg=) format("woff")}.ff1{font-family:ff1;line-height:.910156;font-style:normal;font-weight:400;visibility:visible}.ff2{font-family:ff2;line-height:1.432;font-style:normal;font-weight:400;visibility:visible}.ff3{font-family:ff3;line-height:.98291;font-style:normal;font-weight:400;visibility:visible}.ff4{font-family:ff4;line-height:.682617;font-style:normal;font-weight:400;visibility:visible}.m0{transform:matrix(.320260,0,0,.320260,0,0);-ms-transform:matrix(.320260,0,0,.320260,0,0);-webkit-transform:matrix(.320260,0,0,.320260,0,0)}.v3{vertical-align:-5.28px}.v2{vertical-align:-3.36px}.v0{vertical-align:0}.v1{vertical-align:2.4px}.ls4{letter-spacing:0}.ls2{letter-spacing:.096000px}.ls3{letter-spacing:.92448px}.ls1{letter-spacing:42.68448px}.ls0{letter-spacing:1188.64448px}.sc0{text-shadow:-.015em 0 transparent,0 .015em transparent,.015em 0 transparent,0 -.015em transparent}@media screen and (-webkit-min-device-pixel-ratio:0){.sc0{-webkit-text-stroke:.015em transparent;text-shadow:none}}.ws0{word-spacing:-39.84px}.ws1{word-spacing:0}._0{margin-left:-1.057920px}.fc0{color:#000}.fs0{font-size:39.84px}.fs1{font-size:44.16px}.y1{bottom:0}.y9{bottom:259.551832px}.y8{bottom:274.92433px}.y7{bottom:293.832504px}.y6{bottom:311.049702px}.y0{bottom:322.822474px}.y5{bottom:468.643436px}.y4{bottom:628.209973px}.y3{bottom:645.427172px}.y2{bottom:785.509067px}.h3{height:42.37632px}.h2{height:48.13632px}.h1{height:599.527453px}.h0{height:1014.58492px}.w1{width:367.018408px}.w2{width:783.997426px}.w0{width:783.997438px}.x1{left:.000012px}.x2{left:138.378098px}.x0{left:161.411237px}.x4{left:172.96622px}.x3{left:207.554343px}

CHEM 140A Lecture Notes - Lecture 11: Leaving Group, Hydrogen Bond, Nucleophile

United States

Organic Chemistry I

Chemistry and Biochemistry

Joseph O' Conner

University of California - San Diego

The Cell

Organic Chemistry II

Organismic and Evolutionary Biology

Metabolic Biochemistry

Multicellular Life

Human Physiology I

Diseases of the Nervous System

General Chemistry I

Organic Chemistry III

General Chemistry II

Social Psychology and Medicine

Brain Damage and Mental Function

Clinical Assessment and Treatment

Freedom, Equality, and the Law

General Psychology: Social Foundations

The Healthy and Diseased Brain

CHEM 140A Lecture Notes - Lecture 10: Diethyl Ether, Ketone, Acetonitrile

CHEM 2100 Chapter Notes - Chapter 7: Butane, Solvolysis, Fluoride

CHEM 2OA3 Lecture Notes - Solvent Effects, Leaving Group, Electronegativity

Chemistry: Structure and Properties

Basic Chemistry

Principles of Chemistry Molecular Approach

Chemistry: A Molecular Approach

Principles of Chemistry: A Molecular Approach

Chemistry: The Central Science

All Subjects

Accounting

Mathematics

Statistics

Computer Science

Calculus

Psychology

Management

Biology

Physics

Chemistry

Electrical Engineering

Mechanical Engineering

Marketing

Music

History

Project Management

Business

Architecture

Geography

Science

Nursing

Information Technology

Engineering

English

Finance

Philosophy

Astronomy

Communications

Sociology

Anthropology

Prealgebra

Algebra

Precalculus

Ethics

Geometry

Probability

Economics

CHEM 140A Lecture Notes - Lecture 11: Leaving Group, Hydrogen Bond, Nucleophile

Get access

Related textbook solutions

Chemistry: Structure and Properties

Basic Chemistry

Principles of Chemistry Molecular Approach

Chemistry: Structure and Properties

Principles of Chemistry Molecular Approach

Chemistry: A Molecular Approach

Chemistry: A Molecular Approach

Principles of Chemistry: A Molecular Approach

Chemistry: The Central Science

Related Documents

CHEM 140A Lecture Notes - Lecture 10: Diethyl Ether, Ketone, Acetonitrile

CHEM 2100 Chapter Notes - Chapter 7: Butane, Solvolysis, Fluoride

CHEM 2OA3 Lecture Notes - Solvent Effects, Leaving Group, Electronegativity