Ethers are such compounds as Methoxymethane and Propoxyoctane

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In summary, ether compounds include Methoxymethane and Propoxyoctane, with shortened structural formulas of CH_3 O CH_3 and C_3 H_7 O C_8 H_{17} respectively. While a molecule with two oxygen atoms connected to each other would be a peroxide, not an ether, it is possible to synthesize peroxides such as Methperoxymethane and Propperoxyoctance. These can also be referred to as Methylperoxymethane and Propylperoxyoctance.
  • #1
The Bob
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Just a very quick question.

Ethers are such compounds as Methoxymethane and Propoxyoctane. The shortened structural forumlae for these are [tex]CH_3 O CH_3[/tex] and [tex]C_3 H_7 O C_8 H_{17}[/tex]. I was wondering if it was possible to get an Ether with two oxygen atoms dividing the hydrocarbon groups;

E.g. Methdioxymethane [tex]CH_3 (O)_2 CH_3[/tex]

Propdioxyoctance [tex]C_3 H_7 (O)_2 C_8 H_{17}[/tex]

Cheers. :biggrin:

The Bob (2004 ©)
 
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  • #2
A molecule with two oxygen atoms connected to each other would be a peroxide, not an ether. Yes there are methods of peroxide synthesis for the two molecules you mentioned.
 
  • #3
so-crates said:
A molecule with two oxygen atoms connected to each other would be a peroxide, not an ether. Yes there are methods of peroxide synthesis for the two molecules you mentioned.

So it is:

Methperoxymethane [tex]CH_3 (O)_2 CH_3[/tex]

Propperoxyoctance [tex]C_3 H_7 (O)_2 C_8 H_{17}[/tex] ??

The Bob (2004 ©)
 
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  • #4
The Bob said:
Methperoxymethane [tex]CH_3 (O)_2 CH_3[/tex]

Propperoxyoxtance [tex]C_3 H_7 (O)_2 C_8 H_{17}[/tex]

Let me correct myself:

Methylperoxymethane [tex]CH_3 (O)_2 CH_3[/tex]

Propylperoxyoctance [tex]C_3 H_7 (O)_2 C_8 H_{17}[/tex]

That right?

The Bob (2004 ©)
 
  • #5
Yes, those are correct.
 

1. What are ethers?

Ethers are a type of organic compound that contain an oxygen atom bonded to two alkyl or aryl groups.

2. What are some examples of ethers?

Some examples of ethers include methoxymethane (CH3OCH3) and propoxyoctane (CH3CH2OC8H17).

3. How are ethers different from other organic compounds?

Ethers are different from other organic compounds because they have a unique molecular structure with a central oxygen atom bonded to two carbon-containing groups.

4. What are the properties of ethers?

Ethers have low boiling points, are relatively unreactive, and have a pleasant, sweet odor. They are also highly flammable and can form explosive mixtures with air.

5. What are the common uses of ethers?

Ethers have various industrial and medical uses, including as solvents, anesthetics, and fuel additives. Some ethers are also found in natural products such as essential oils.

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