what is electronic dot structure of aldehide with 4 carbon
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Electron dot structure of CO2 is
Considering that the carbon atom is equal to the combination of a total of 4 single covalent bonds - or two or triple binding, an oxygen atom (by a double covalent bond) and a hydrogen atom (a single covalent bond) only to another single covalent bond Can be connected to the rest of an organic molecule. Therefore, it should always be the first or the last - a series of carbon atoms that contain carbon atoms (which are equivalent positions), which is a part of the organic molecule, which is a part of it. This condition of the carbon-related group of carbon-chain in the carbon-chain is important because it separates aldehyde from the same type of organic compounds, which are called ketones.
Aldehyde molecules can vary in size to very long molecules, most of which are carbon atoms attached to each other and also for hydrogen atoms.
Electron dot structure of CO2 is
Considering that the carbon atom is equal to the combination of a total of 4 single covalent bonds - or two or triple binding, an oxygen atom (by a double covalent bond) and a hydrogen atom (a single covalent bond) only to another single covalent bond Can be connected to the rest of an organic molecule. Therefore, it should always be the first or the last - a series of carbon atoms that contain carbon atoms (which are equivalent positions), which is a part of the organic molecule, which is a part of it. This condition of the carbon-related group of carbon-chain in the carbon-chain is important because it separates aldehyde from the same type of organic compounds, which are called ketones.
Aldehyde molecules can vary in size to very long molecules, most of which are carbon atoms attached to each other and also for hydrogen atoms.
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