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Determine the oxidation state of specific elements in the organic molecules. Note that each carbon can have up to four chemical bonds. In most

Determine the oxidation state of specific elements in the organic molecules. Note that each carbon can have

Determine the oxidation state of specific elements in the organic molecules. Note that each carbon can have up to four chemical bonds. In most cases, the H atoms are not shown in the structure. If you find less than four bonds (a double bond counts two) round a carbon atom, that means the C-H bonds are there but just not displayed. 1) TNT, a soil pollutant due to the disposal of munition chemicals CH3 ON. 2) NO NO (1,3,4 are C, 2 is N) fluorotelomer alcohol, a common fluorinated compound used in water-resistant fabrics and paper dining ware. F FR FR FFF F FF FF FF F OH Determine the oxidation state of specific elements in the organic molecules. Note that each carbon can have up to four chemical bonds. In most cases, the H atoms are not shown in the structure. If you find less than four bonds (a double bond counts two) round a carbon atom, that means the C-H bonds are there but just not displayed. 1) TNT, a soil pollutant due to the disposal of munition chemicals CH3 ON. 2) NO NO (1,3,4 are C, 2 is N) fluorotelomer alcohol, a common fluorinated compound used in water-resistant fabrics and paper dining ware. F FR FR FFF F FF FF FF F OH

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