General Questions

General Chemistry

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<h3>Drawing the Lewis Structure of C₂H₅OH (Ethanol)</h3>

Ethanol, commonly known as alcohol, is a significant organic compound with the molecular formula C₂H₅OH. Recognizing its Lewis structure is pivotal to grasp its molecular geometry and bonding characteristics. Let&#39;s elucidate the Lewis structure for ethanol systematically.

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Step 1: Total Valence Electron Count

<ul>
	<li>Carbon (C): 4 valence electrons per carbon. With 2 carbons, this equals 2 &times; 4 = 8 electrons.</li>
	<li>Hydrogen (H): 1 valence electron per hydrogen. With 6 hydrogens, this gives 6 &times; 1 = 6 electrons.</li>
	<li>Oxygen (O): 6 valence electrons.</li>
	<li>Combine all these to get 8 + 6 + 6 = 20 valence electrons.</li>
</ul>

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Step 2: Construct the Skeletal Structure

Position the two carbon atoms in succession, then bond the oxygen atom to the second carbon. Append the hydrogen atoms to the carbons. The first carbon will have three hydrogens, while the second carbon will bond with two hydrogens and the oxygen. The oxygen, in turn, attaches to the remaining hydrogen.

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<img alt="ethanol skeletal formula" src="data:image/png;base64,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" style="width: 200px; height: 111px;" />

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Step 3: Electron Distribution

<ul>
	<li>Initiate by forming single bonds between the carbon atoms, between the second carbon and oxygen, and between each carbon and its hydrogens. Each single bond represents 2 electrons, thus using 2 &times; 8 = 16 electrons.</li>
	<li>Oxygen establishes two single covalent bonds, utilizing 4 electrons. The remaining 4 electrons on the oxygen atom manifest as 2 lone pairs.</li>
</ul>

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Step 4: Validate Electron Count 

Ensure all atoms fulfill their bond requirements: each carbon with 4, each hydrogen with 1, and the oxygen with 2 bonds and 2 lone pairs.

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Step 5: Finalize the Drawing 

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The Lewis structure of ethanol looks like:

<ul>
	<li>A central chain of two carbon atoms.</li>
	<li>The first carbon linked to three hydrogens.</li>
	<li>The second carbon attached to two hydrogens and an oxygen.</li>
	<li>The oxygen connected to a hydrogen, adorned with two lone pairs.</li>
</ul>

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<h3 align="center">The Lewis structure of ethanol, C₂H₅OH, is:</h3>

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<img alt="ethanol Lewis structure" src="data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAS4AAACoCAYAAABe3gMyAAAAAXNSR0IArs4c6QAAAARnQU1BAACxjwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAABBZSURBVHhe7d15cBRFG8fxJwEUAiqIJhyiHAHlSgghCKhFeVIKiEeqBKs8UNACNAoqamn5B14opaicigd44QEiHigol4jIlQQFpDgqEcFwCCooN5l3nrY3aLJJNmT3LXry/VRN7aZ3Ytxm5rfdPT29cZ5PAMAh8fYRAJxBcAFwDsEFwDkEFwDnEFwAnENwAXAOwQXAOQQXAOcQXACcQ3ABcA7BFQVjx46VTp06ybx582xJeIsWLZIuXbrIoEGDbEmwTJgwQdLT0+Wll16yJeEVFBTI5ZdfLgMHDhTuOMPxILiiYP369bJy5UrZtm2bLQlv586dsnTpUlm+fLktCZYNGzZIdna2qY+y7N+/X+bPny/Lli2zJUDFEFwAnENwAXAOwQXAOQQXAOcQXFG0ZcsW2bhxo6xevbrEpgPXmzdvtnsG265du2TTpk1h62HdunVm8L6wsNDuDVQcK6BGQVZWlowZM8b+VD6dOhHEK4vDhg2T0aNH25/K16FDB3MVMi4uzpYAkSG4oiAUXK1atZKkpKSwrYn4+HgzHUJbHEEProYNG0pycnLYetCQ0ukQOn2E4MJx0+BC5dx9990a/t4777xjS8KbPn262S89Pd2WBMvQoUPN+xsyZIgtCc/vRnrVqlXzUlJSPD/cbCkQOca4ADiH4ALgHIILgHMILgDOIbgAOIfgAuAc5nFFgc6Kz8/Pl9TUVElMTLSlJek8rlWrVkm9evXMulVBo3cN5OXlSdOmTaVly5a2tKQDBw6Y5X1q165t5rQBFUVwAXAOXcUYOnLkiH1WtR09epSVThFVBFeMzJw5U9LS0mThwoW2pGrSG6ozMjJk/PjxtgSoPIIrRj766COzGsLixYttSdWkSzTn5OTIF198YUuAyiO4YuTgwYP2WdV26NAh+wyIHoILgHMILgDOIbgAOIfgAuAcgguAcwguAM4huAA4h+AC4ByCC4BzCC4AziG4ADiH4ALgHIILgHMILgDOIbgAOIfgAuAcgguAcwguAM4huAA4h+AC4ByCC4BzCC4AziG4ADiH4ALgHIILgHMILgDOIbgAOIfgAuAcgguAcwguAM4huAA4h+ACYqCwsFB27Nghf/75py0p6Y8//pCdO3eafVExBBcQAw899JA0a9ZMOnToIEuWLLGlx0yfPl3OO+88adGihYwfP96WIlIEFxBlv/zyi7zyyiuyb98+yc/Pl8mTJ9tXjhk7dqxs375d9u7dKy+//LIcPXrUvoJIEFxAlCUlJUmbNm3sTyLt27e3z47RllhI69atpVq1avYnRILgAqLspJNOkvfee08efPBBmTRpktxxxx32lWMef/xxef755+Xpp582LS5UDMEFxMDZZ58tI0eOlAEDBpggK65OnToydOhQMxZWr149W4pIEVwAnENwAXAOwRUjtWrVMo/x8VW7imvWrGkeq3o9ILo4mmJk0KBBcvXVV0vv3r1tSdXUp08fyczMlNtuu82WAJUX5/nscwBwAi0uAM4huAA4p1JdRZ1kt23bNrnlllvKnIuyaNEiWbx4sZx//vly8cUX29Lg0ls+5s+fL3l5efLXX39J06ZN5YILLvjPbOmq4Pfff5cFCxbI+vXr5ddff5WWLVtKx44dpVOnTmHnNgXRli1b5Ouvv5bNmzeb46Fdu3bSoEEDueKKK+TMM8+0ewWT3mD+5ptvmrsCbr75ZjN3LRyNoKlTp8rWrVvl+uuvl+bNm9tXyqDBdbwyMjI09Lx169bZkvDuu+8+s9+gQYNsSTD5J6c3YMAAz/8HMu83Li7ObPq8Ro0a3g033OAVFBTYvYNr37593pNPPuklJSWZ965bfHx80fNu3bp5K1assHsH0969e73HHnvMO/3008PWQcOGDb1HHnnE+/vvv+1vBM/GjRs9/wPKnA9+gNvSkgoLCz3/Q93Uy8yZM21p2egqRsmmTZtMa/LVV18V/2CVZ599Vr799lvJycmR1157zawC8P7778u1115rbq4NKv9EFD+gxT8pzU3G/oeWfPXVV/LDDz/IjBkz5NJLL5XvvvtOevXqJcuWLbO/FSza0tB/5xEjRpibqLVHov/2Wgdz586Vhx9+WI4cOSJ+uJvX9uzZY38TEbMBdlxocf1j//79nn9CmvfYo0cPz+8+21eO8ZvBRfV11VVX2dLgCf1bJycne35o29JjDh486PndBrNP69atPb8rbV8JjqysLPP+WrVq5fndRFv6X9nZ2d5ZZ51l9hs+fLgtDZZYtrgIriiYOHGieX/NmjXzduzYYUtLWr16tVezZk3TZViyZIktDY7ly5d71atXN9vixYttaUkaVm3atDF19vHHH9vSYPBbVV6tWrXMCVtWHajZs2ebOkhISPDWrl1rS4ODruIJTNdReuutt8zzO++8s8wB17Zt25rVArTboIvMBc3bb79tukA9e/aUbt262dKSateuLS+88IK88cYb0rlzZ1saDLr2lt8CF79VXWYdKB2g1/20S62D04hcpa4q6kHnf8qK3+KSc88915aWdP/998tzzz1nZpOHVnvUK01apsvbunI7iJ6UF154odx7771So0YNU6bvIzU1VQ4cOCArV640V80qSsd6xo0bZ8Y6XKgLDWu9Uvroo4/KGWecYcoOHTok6enp4rcqTSjdc889prwi9KqSjg3+/PPPTqxPpfWgV8FuuukmWyLm+NAr6DrWefvtt9vS0n322Wfm7oqUlBRz/PitVVP+008/mWVvfvvtN2eOCV2HTMc2dWUMpeO+ui6ZXkHWjGjcuLEpL04jSM+b3Nxc8Vtc5o6TcmlwHS8/uEzzTscq0tLSTHOv+Ob/D3mJiYlmv393Ff0D1JS5tmk3wA8r+y48b8GCBabcP4HDjm1FYvDgwSX+jgub33K078Dzdu7caepAy4+3G+y32Er8jRN9a968edE4nR/eXrt27Ux5pF1g7UJpV0qvPv77+HniiSdK/C0XNv9Dy76Df7qKOjSiV9b93kapGaGbnlf6+5F2FSvV4urSpYssXbq03E8E/RO6/bvFpVfWtHmsrRj/jZmyE51+qujVweuuu67o/1m7Bv379zctkDVr1khCQoIprwj9ZNIrbq7Ug365w2mnnSY33nhj0dyc7Oxs0+LSFpjWg/9hZcorQq/GaXdTu1ou1IUeuxkZGXLJJZeYnwsKCsw68nplVVue+rw82qLS/Xbt2mV+R4cTlP63dJ6kHnMu1IWe37qwQN++faV+/fqmTI9rnbemvZHyMiL0hSH/lxZXaHB+zpw5nt+8NwlbfNOraX6T2ewXxMH5RYsWmfemV4j8E8+WVj3aWqhXr57nd/ECOdAcCb267IeQOR5Ku5pY3KpVq0yd6Ty/8i5yuUbPfx2c14sPeqEiLy+vRD744eZt2LDB9Nq03v6vg/Pap9VNWyPFt0aNGkndunXtnsGjLSz9RNQ7CHSMpjw6m1xbFEGj9XDqqaeaFoK2FsqjrZKyvrrLRbqEj7ZElX8ymsfy6Gx6rbOGDRuWOgbkOm1tnXPOOaZXUjwfdJa8Pp588sl278ic+KN+Jzht2mtTX7sNOgBZnqysLLO/Xl0MklNOOcUMTCu9xas8Oik3OTlZhg0bZkuC4aKLLjKPOtAeCZ2cq/RCV6jbjfIRXJWknxShE3bixIllfrmntshmz55t7lsLjQMEic6KVxpKZbW6tI6mTZtmxndCV9GCIjQ+o+/P7wqZ56XRMaAPP/zQPNexIUSO4IqC4cOHm8HoOXPmmMv54fjdctO60G8u1k9Xnb8TNHry6c3kepO53upz8OBB+8p/jRo1yrTK9NYo/TKJINEW15AhQ8y3VOviiRrO4ejcrcGDB5vpQDrvTRdcRAX8M9R1fJg5f8zUqVPNAKu+z8zMTO/LL7/0fvzxR7PppXG9FUhfq1u3rrndI6hyc3O9xo0bm/fatWtX79133y2qh/nz53v+yVxUT35rw/5WsOzatcvzW+HmPepg/YQJE8wgvM6q97uQ3qRJk8w0IX29ffv2Xn5+vv3NYNHBd275cYDOa2rUqJF5r+G2Ll26eN98843dO7j05AwdiOE2nfs0efJku3cw6aoPAwcONLc/hasDPaH79+/v7d692/5G8MQyuCo1j0u7Rjr/RJu6ekWpNDoj1v/EMQPZuhZTkGl9+C0sswKCzqrXKyr6TcW6coSuGKCziKsCnbvjtzpl3rx54re2zMx6vYKkc//69etnuolVgR73OkdPjwe9kqpX2fV40DrQxyDTtehmzZplzgHNiNAXyISjx4oOo+icuEiurrLmPADnMDgPwDkEV4xos/fTTz813YOqTLuMn3/+eUSTc4FIEVwx8uKLL5o5Pa+//rotqZp0vXVd7fSBBx6wJUDlEVwxEpp8qEv3VmV6S4tieWJEE8EFwDkEFxAjOjVGl/vRqSDh6I35U6ZMMcsAoWIILiAG9Lan7t27mzXK9Lamw4cP21f+oauE6L2dt956q3Tt2lW+//57+woiQXABMfDBBx8UtaR0ccTirSr9glydoKx0HHThwoXmOSJDcAEx8O/vYNC16orPBm/SpEnRXSS6Xt1ll11mniMyBBcQAzoFRJdevuuuu8wtP8W//Ulvkfvkk09kwYIFRcteI3IEFxAj+o3eY8aMkbS0NFvyXxpmOg4WxK+qizWCC4BzCC4AziG4ADiH4ALgHIILgHMILgDOIbgAOIfgAuAcgguAcwguAM4huAA4h+AC4ByCC4BzCC4AziG4ADiH4ALgHIILgHMILgDOIbgAOIfgAuAcgguAcwguAM4huAA4h+AC4ByCC4BzCC4AziG4ADiH4ALgHIILgHMILgDOIbgAOIfgAuAcgguAcwiuGGnQoIF5TEhIMI9VVWJionms6vWA6IrzfPY5omjr1q0yY8YM6devn9SvX9+WVj379++XKVOmSPfu3aV169a2FKgcgguAc+gqAnAOwRUF27dvlzVr1siePXtsSXh79+6VtWvXSn5+vi0Jlh07dph60Pooy+HDh2XdunWSl5dnS4CKIbiiYOTIkdKuXTuZNWuWLQlv7ty50rZtW+nbt68tCZZRo0aZenjqqadsSXhbtmyRtLQ0yczMFEYqcDwIrig4evSoeSwsLDSPpQm9fuTIEfMYNKF6CD2WRsNKW11BrQfEHsEFwDkEFwDnEFwAnENwAXAOE1CjICsrS8aMGSPXXHONdOjQwQw8F1e9enUzVWDatGmSnp4uK1assK8Ex7Bhw2T06NHm/fXu3TtsPcTHx8vu3btl3LhxkpqaKjk5ORIXF2dfBSJDcEVBKLgi1alTJ1m+fLn9KThCwRUpDfns7GyCCxVGVzGKRowYIatWrZKlS5eW2HJzc+WZZ54x+wX9s0LnZ5VWDytXrjT3cGpYlTd9BCgNwRVFLVq0kJSUFOncuXOJTbtFycnJds9gS0pKKrUeOnbsaF7TLiNwvDh6ADiH4ALgHIILgHMILgDOIbgAOIfgigKdcNmrVy9p2rSpLQmvSZMm0qdPH+nRo4ctCRa9YtizZ09TH2WpU6eOWdrnyiuvtCVAxTABFYBzaHEBcA7BBcA5BBcA5xBcAJxDcAFwDsEFwDkEFwDHiPwPXhb1dFcmEnwAAAAASUVORK5CYII=" style="width: 200px; height: 111px;" />

Question

Draw C2H5OH (ethanol) Lewis structure.

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