Distinguish between Electrophile and Nucleophile?
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What is Electrophile?
- Positively loaded or neutral species are called electrophiles that are deficient in electrons and can accept a couple of electrons. These are also called species that love electron (philic).
- The term electrophile can be split into “electro” derived from electron and “phile” which means loving.
- They are electron deficient and hence electrons loving.
- They are positively charged or neutrally charged.
- They attract electrons. Movement of electrons depends on the density.
- They move from high-density area to low density area.
- They undergo electrophilic addition and electrophilic substitution reactions.
- An electrophile is also called as Lewis acid.
What is Nucleophile?
- A nucleophile is a reagent comprising an unparalleled or lone electron pair atom. As a nucleophile is wealthy in electron, it looks for deficient electron locations, i.e. nucleus means loving nucleus. Nucleophiles act as Lewis bases, according to Lewis ‘ notion of acids and bases.
- The term nucleophile can be split into “nucleo” derived from the nucleus and “phile” which means loving.
- They are electron rich and hence nucleus loving. They are negatively charged or neutrally charged.
- They donate electrons.
- Movement of electrons depends on the density.
- They move from low-density area to high-density area.
- They undergo nucleophilic addition and nucleophilic substitution reactions.
- A nucleophile is also called as Lewis base.
Explanation:
- Difference between Electrophile and Nucleophile
- The difference between Electrophile and Nucleophile is listed below.
ELECTROPHILE , NUCLEOPHILE
- Also called as Lewis acid
Also called as Lewis base
- They are positively charged / neutral
They are negatively charged / neutral
- They undergo electrophilic addition and electrophilic substitution reactions
They undergo nucleophilic addition and nucleophilic substitution reactions
- Electron-deficient Electron-rich
It accepts a pair of an electron to form a covalent bond
- It donates a pair of an electron to form a covalent bond
All carbocations
- All carbanions
Example: Hydronium Ion Example: Chloride Ion
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