Difference Between Cyclic Paraffin & Paraffin

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In summary, cyclic paraffin and paraffin are both hydrocarbons with different molecular structures. Paraffin is more commonly used in everyday products, while cyclic paraffin is primarily used in industrial applications. Cyclic paraffin has a higher melting point and different properties such as lower volatility, higher viscosity, and higher density compared to paraffin. They cannot be converted into each other, but can be converted into other hydrocarbons through chemical reactions.
  • #1
alexio
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what is the difference between cyclic paraffin and paraffin?

Plz give me example
 
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  • #2
One is cyclic and the other is non-cyclic.
 
  • #3
Cyclic Paraffins are commonly referred to as naphthenes (note: NOT naphthalene), and aren't very common I believe.

Paraffins are, just like chemisttree said, non-cyclic.

Cyclic paraffins may include methylcyclopentane, cyclohexane, methylcyclohexane. dimethylcyclohexane.

And, well, paraffins are just alkanes with the formula [tex]C_{n}[/tex][tex]H_{2n+2}[/tex],
that includes tons of hydrocarbons, methane, octane, etc.
 

1. What is the main difference between cyclic paraffin and paraffin?

Cyclic paraffin and paraffin are both hydrocarbons, but the main difference between them is their molecular structure. Cyclic paraffin has a ring-shaped structure, while paraffin has a straight chain structure.

2. Which one is more commonly used in everyday products?

Paraffin is more commonly used in everyday products such as candles, cosmetics, and wax coatings. Cyclic paraffin is primarily used in industrial applications, such as lubricants and solvents.

3. How does the melting point of cyclic paraffin compare to paraffin?

Cyclic paraffin has a higher melting point than paraffin due to its more compact and rigid molecular structure. This also makes cyclic paraffin more resistant to heat and pressure.

4. Are there any differences in properties between cyclic paraffin and paraffin?

Yes, there are several differences in properties between the two substances. Cyclic paraffin has lower volatility, higher viscosity, and higher density compared to paraffin.

5. Can cyclic paraffin and paraffin be converted into each other?

No, cyclic paraffin and paraffin cannot be converted into each other as they have different molecular structures. However, they can both be converted into other types of hydrocarbons through chemical reactions.

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