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Total number of nucleophiles among following molecules is/are___________.
CH3O-, carbene, Nitrene, H2O , ROH, ZnCl2, NHR2, SnCl4, -NH2 , Cl-.
CH3O-, carbene, Nitrene, H2O , ROH, ZnCl2, NHR2, SnCl4, -NH2 , Cl-.
Correct answer is '8'. Can you explain this answer?
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Total number of nucleophiles among following molecules is/are_________...
Nucleophiles are molecules or ions that are attracted to electron-deficient sites and have a tendency to donate electrons. Let's identify the nucleophiles among the given molecules:
- CH3O- (methoxide ion) - Nucleophile
- Carbene - Nucleophile
- Nitrene - Nucleophile
- H2O - Nucleophile
- ROH (alcohol) - Nucleophile
- ZnCl2 - Not a nucleophile (does not have lone pairs to donate)
- NHR2 - Nucleophile
- SnCl4 - Not a nucleophile (does not have lone pairs to donate)
- -NH2 (amide ion) - Nucleophile
- Cl- - Nucleophile
So, the total number of nucleophiles among the given molecules is 8.
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Total number of nucleophiles among following molecules is/are_________...
Nucleophiles in Molecules:
Nucleophile is a chemical species that has a tendency to donate a pair of electrons to an electron-deficient species. The following molecules have nucleophiles:
1. CH3O-: This molecule has a nucleophilic oxygen atom (-O), which can donate a pair of electrons.
2. Carbene: Carbene is a highly reactive molecule that has a nucleophilic carbon atom (-C), which can donate a pair of electrons.
3. Nitrene: Nitrene is also a highly reactive molecule that has a nucleophilic nitrogen atom (-N), which can donate a pair of electrons.
4. H2O: Water has a nucleophilic oxygen atom (-O), which can donate a pair of electrons.
5. ROH: Alcohols have a nucleophilic oxygen atom (-O), which can donate a pair of electrons.
6. -NH2: Amino group (-NH2) has a nucleophilic nitrogen atom (-N), which can donate a pair of electrons.
Therefore, the total number of nucleophiles among the given molecules is 6. The remaining molecules (ZnCl2, SnCl4, Cl-) do not have nucleophilic atoms and hence are not nucleophiles.
Nucleophile is a chemical species that has a tendency to donate a pair of electrons to an electron-deficient species. The following molecules have nucleophiles:
1. CH3O-: This molecule has a nucleophilic oxygen atom (-O), which can donate a pair of electrons.
2. Carbene: Carbene is a highly reactive molecule that has a nucleophilic carbon atom (-C), which can donate a pair of electrons.
3. Nitrene: Nitrene is also a highly reactive molecule that has a nucleophilic nitrogen atom (-N), which can donate a pair of electrons.
4. H2O: Water has a nucleophilic oxygen atom (-O), which can donate a pair of electrons.
5. ROH: Alcohols have a nucleophilic oxygen atom (-O), which can donate a pair of electrons.
6. -NH2: Amino group (-NH2) has a nucleophilic nitrogen atom (-N), which can donate a pair of electrons.
Therefore, the total number of nucleophiles among the given molecules is 6. The remaining molecules (ZnCl2, SnCl4, Cl-) do not have nucleophilic atoms and hence are not nucleophiles.
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Total number of nucleophiles among following molecules is/are_________...
CH3O, H2O, ROH, NHR2, NH2, ClBcz these have loan pair,
Carbene and nitrene is electrophile
Carbene and nitrene is electrophile
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Total number of nucleophiles among following molecules is/are___________.CH3O-, carbene, Nitrene, H2O , ROH, ZnCl2, NHR2, SnCl4,-NH2 , Cl-.Correct answer is '8'. Can you explain this answer?
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