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Reduction of Carboxylic Acids

Out of CHCl_3...

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Out of CHCl_3 , CH_4 and SF_{4 } the molecules having reggular geometry are a) CHCl_3 only b)CHCl_3 and SF_4 c) CH_4 only d) CH_4 and SF_4

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Q. The dipole moments of

C C l_{4}, C H C l_{3}

C H_{4}

are in the order:

Q. Out of the following total number of molecules that do not have regular geometry are:

{S F}_{4}, C {C l}_{4}, I F_{5}, B r F_{3}, {S O}_{2}, {O F}_{2}, {S F}_{6}, {B F}_{3}

Q. The oxidation numbers of C in

C H_{4}, C H_{3} C l, C H_{2} C l_{2}, C H C l_{3}

C C l_{4}

are respectively.

Q. The oxidation number of C in

{C H}_{4}, {C H}_{3} C l, {C H}_{2} C l_{2}, C H C l_{3}

C C l_{4}

are respectively :

Q. The dipole moments of

C C l_{4}, C H C l_{3}

C H_{4}

are in the order:

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