You are given the following molecular formulae of some hydrocarbons:
$C _5 H _8 ; C _7 H _{14} ; C _6 H _6 ; C _5 H _{10} ; C _7 H _{12} ; C _6 H _{12}$
a. Which formula represent cyclohexane as well as hexene?
b. Which formula represents benzene?
c. Which three formulae represent open chain unsaturated hydrocarbons having double bonds?
d. Which two formulae represent unsaturated hydrocarbons having triple bonds?
e. Which three formulae can represent cyclic hydrocarbons?
$C _5 H _8 ; C _7 H _{14} ; C _6 H _6 ; C _5 H _{10} ; C _7 H _{12} ; C _6 H _{12}$
a. Which formula represent cyclohexane as well as hexene?
b. Which formula represents benzene?
c. Which three formulae represent open chain unsaturated hydrocarbons having double bonds?
d. Which two formulae represent unsaturated hydrocarbons having triple bonds?
e. Which three formulae can represent cyclic hydrocarbons?
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a. $C _6 H _{12}$ is the molecular formula which represents cyclohexane as well as hexene.
b. $C _6 H _6$ represents is the molecular formula of benzene.
c. $C _7 H _{14}, C _5 H _{10}, C _6 H _{12}$ are the molecular formulae for the open chain unsaturated hydrocarbons having double bonds.
d. $C _5 H _8$ and $C _7 H _{12}$ are the molecular formulae for the unsaturated hydrocarbons comprising triple bonds.
e. $C _7 H _{14}, C _5 H _{10}, C _6 H _{12}$ are the three molecular formulae which represent cyclic hydrocarbons.
b. $C _6 H _6$ represents is the molecular formula of benzene.
c. $C _7 H _{14}, C _5 H _{10}, C _6 H _{12}$ are the molecular formulae for the open chain unsaturated hydrocarbons having double bonds.
d. $C _5 H _8$ and $C _7 H _{12}$ are the molecular formulae for the unsaturated hydrocarbons comprising triple bonds.
e. $C _7 H _{14}, C _5 H _{10}, C _6 H _{12}$ are the three molecular formulae which represent cyclic hydrocarbons.
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