Explain why alkyl halides, though polar, are immiscible with water?

Question

Explain why alkyl halides, though polar, are immiscible with water?, Alkyl halides do not have a polar nature; they are nonpolar molecules., Alkyl halides have a strong hydrogen bonding ability that disrupts the hydrogen bonds in water, making them immiscible., Alkyl halides have a significantly lower density than water, causing them to float on the water's surface., Alkyl halides are polar molecules and so held together by dipole-dipole interactions. Similarly, strong hydrogen bonding exists between the water molecules. Therefore, the new force of attraction that exists between the alkyl halides and water molecules is weaker than the alkyl halide-alkyl halide and water-water forces of attraction. Therefore, even though alkyl halides are polar, they are still immiscible with water.

MARKS App · Accepted Answer

Correct Option is : (D) Alkyl halides are polar molecules and so held together by dipole-dipole interactions. Similarly, strong hydrogen bonding exists between the water molecules. Therefore, the new force of attraction that exists between the alkyl halides and water molecules is weaker than the alkyl halide-alkyl halide and water-water forces of attraction. Therefore, even though alkyl halides are polar, they are still immiscible with water.

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