When ether is reacted with `O_(2)` . It undergoes explosion due to :

Options

A. Peroxide
B. Acid
C. Ketone
D. TNT

Answer

To solve the question regarding why ether reacts with \( O_2 \) and undergoes an explosion, we can break down the reasoning step by step:

### Step 1: Understanding Ether Structure
Ethers are organic compounds that contain an oxygen atom connected to two alkyl or aryl groups. For example, diethyl ether has the structure \( CH_3CH_2OCH_2CH_3 \).

**Hint:** Recall the general structure of ethers and how they differ from other organic compounds.

### Step 2: Reaction with Oxygen
When ethers are exposed to oxygen (\( O_2 \)), they can undergo a reaction that leads to the formation of peroxides. This reaction typically occurs under certain conditions, such as heat or light.

**Hint:** Consider the conditions under which ethers might react with oxygen.

### Step 3: Formation of Peroxides
The reaction of ethers with oxygen can lead to the formation of peroxides, which are compounds containing an oxygen-oxygen single bond (–O–O–). In the case of diethyl ether, the peroxide formed would be diethyl peroxide, represented as \( CH_3CH_2O-OCH_2CH_3 \).

**Hint:** Think about the structure of peroxides and how they are formed from ethers.

### Step 4: Stability of Peroxides
Peroxides are known to be unstable compounds. The O-O bond in peroxides is relatively weak, making them prone to decomposition. This instability is what makes the reaction with ethers particularly dangerous.

**Hint:** Reflect on the properties of peroxides that contribute to their instability.

### Step 5: Explosion Due to Instability
The instability of the peroxide formed from the ether reaction with oxygen can lead to an explosive decomposition. When the peroxide decomposes, it releases a large amount of energy, resulting in an explosion.

**Hint:** Consider the energy changes involved in the decomposition of unstable compounds.

### Conclusion
Thus, the explosion that occurs when ether reacts with \( O_2 \) is due to the formation of unstable peroxides, which can decompose explosively.

**Final Answer:** The explosion occurs due to the formation of unstable peroxides.

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