For the following molecule, determine the number of carbon atoms present: Determine the number of hydrogen atoms connected to each carbon atom: The bond-line structure of a compound has a SMILES string of CCCC(C)C. All the carbon atoms of the compound are highlighted. The methyl group bonded at C 2 is labeled A. C 1, C 2, C 3, C 4, and C 5 are labeled F, E, D, C, and B, respectively. Carbon atom is connected to Select the number of hydrogen atoms, which connected to carbon atom A. hydrogen atoms. Carbon atom is connected to Select the number of hydrogen atoms, which connected to carbon atom B. hydrogen atoms. Carbon atom is connected to Select the number of hydrogen atoms, which connected to carbon atom C. hydrogen atoms. Carbon atom is connected to Select the number of hydrogen atoms, which connected to carbon atom D. hydrogen atoms. Carbon atom is connected to Select the number of hydrogen atoms, which connected to carbon atom E. hydrogen atoms. Carbon atom is connected to Select the number of hydrogen atoms, which connected to carbon atom F. hydrogen atoms.

Organic compounds are composed of a long chain of carbon. The kind of chain depends on the structure of the compound. Now let us look at how many hydrogen atoms that is connected to each carbon atom;

A has three hydrogen atoms
B has two hydrogen atoms
C has two hydrogen atoms
D has one hydrogen atoms
E has three hydrogen atoms

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