Answer the following: What would be the molecular formula for a straight-chain hydrocarbon having 8 carbon atoms with (a) all $$C-C$$ single bonds (b) One $$C-C$$ double bonds, (c) One $$C-C$$ triple bond?
Answer the following: What would be the molecular formula for a straight-chain hydrocarbon having 8 carbon atoms with (a) all $$C-C$$ single bonds (b) One $$C-C$$ double bonds, (c) One $$C-C$$ triple bond?
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Q2
You are given the following molecular formulae of some hydrocarbons : C5H8 , C7H14 , C6H6 , C5H10 , C7H12 , C6H12 (a) Which formula represents 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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Q3
For the following compounds, write structural formulas and IUPAC names for all possible isomers having the number of double or triple bond as indicated: (a)C4H8 (one double bond)
(b)C5H8 (one triple bond)
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Q4
Bond length order and explaination C-C SINGLE BOND C=C DOUBLE BOND AND C-C TRIPLE BOND
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Q5
A cyclic hydrocarbon having carbon-carbon single bonds as well as carbon-carbon double bonds in its molecule is : (a) C6H12 (b) C6H14 (c) C6H6 (d) C6H10