Question:
prologed exposure of chloroform in humans many cause damage to liver. it is due to the formation of following compound
prologed exposure of chloroform in humans many cause damage to liver. it is due to the formation of following compound
Updated On: Apr 2, 2025
- Cl2
- CCl4
- COCl2
- CH2CL2
Show Solution
Verified By Collegedunia
The Correct Option is C
Solution and Explanation
Chloroform (\( \text{CHCl}_3 \)) is a volatile organic compound. When chloroform is metabolized in the liver, it forms carbonyl chloride (\( \text{COCl}_2 \)), a highly toxic compound. The formation of \( \text{COCl}_2 \), also known as phosgene, is harmful to liver cells and can cause damage, leading to liver toxicity. Phosgene is a potent hepatotoxic agent and can lead to liver damage upon prolonged exposure. Thus, the compound responsible for liver damage is \( \text{COCl}_2 \).
The correct option is(C): \(COCl_2\)
Was this answer helpful?
0
0
Top KCET Chemistry Questions
- Which of the following is not true for oxidation?
- When $50\, cm ^{3}$ of $0.2\, N$ $H_{2} SO _{4}$ is mixed with $50 cm ^{3}$ of $1 N\, KOH$, the heat liberated is :
- Which of the following is NOT a pair of functional isomers?
- The vapour pressure of due to
- A nitrogen containing organic compound gave an oily liquid on heating with bromine and potassium hydroxide solution. On shaking the product with acetic anhydride, an antipyretic drug was obtained. The reactions indicate that the starting compound is :
View More Questions
Top KCET Structural Representations Of Organic Compounds Questions
Top KCET Questions
- Which of the following is not true for oxidation?
- If $a, b$ and $c \in N$ which one of the following is not true ?
- When $50\, cm ^{3}$ of $0.2\, N$ $H_{2} SO _{4}$ is mixed with $50 cm ^{3}$ of $1 N\, KOH$, the heat liberated is :
- If $a | (b + c)$ and $a| (b-c)$ where $a,b,c \in \, N $ then
- Which of the following is NOT a pair of functional isomers?
View More Questions