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Number of chemical species having negative oxidation state for nitrogen among
NF3, NCI3, NH2OH, NH3,CH3NH2, NH-2, L13N, N20, HCN, HNC, NO-2
Correct answer is '8'. Can you explain this answer?
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Verified Answer
Number of chemical species having negative oxidation state for nitroge...
(8) Except in 
in all others N has negative oxidation states
in all others N has negative oxidation statesMost Upvoted Answer
Number of chemical species having negative oxidation state for nitroge...
NF3@ x-3=0,x=3
NO2-@x-4=-1,x=3
N2O@2x-2=0,x=1
NH2OH,NH3,CH3NH2,NH2-,Li3N,HCN,HNC,NCl3 ox States are-1,-3,-1,-3,-3,-5,-5,-3
NO2-@x-4=-1,x=3
N2O@2x-2=0,x=1
NH2OH,NH3,CH3NH2,NH2-,Li3N,HCN,HNC,NCl3 ox States are-1,-3,-1,-3,-3,-5,-5,-3
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Number of chemical species having negative oxidation state for nitroge...
Number of chemical species having negative oxidation state for nitrogen:
To determine the number of chemical species with a negative oxidation state for nitrogen, we need to examine the oxidation states of nitrogen in each compound. The oxidation state of an element indicates the number of electrons it has gained or lost in a compound.
Let's analyze each compound:
1. NF3: In NF3, nitrogen has an oxidation state of +3. Therefore, it does not have a negative oxidation state.
2. NCI3: In NCI3, nitrogen has an oxidation state of +3. Therefore, it does not have a negative oxidation state.
3. NH2OH: In NH2OH (hydroxylamine), nitrogen has an oxidation state of -2. This compound has a negative oxidation state for nitrogen.
4. NH3: In NH3 (ammonia), nitrogen has an oxidation state of -3. This compound has a negative oxidation state for nitrogen.
5. CH3NH2: In CH3NH2 (methylamine), nitrogen has an oxidation state of -3. This compound has a negative oxidation state for nitrogen.
6. NH-2: In NH-2, nitrogen has an oxidation state of -1. This compound has a negative oxidation state for nitrogen.
7. L13N: Without further information about the compound L13N, it is not possible to determine the oxidation state of nitrogen. Therefore, we cannot include it in the count of chemical species with a negative oxidation state for nitrogen.
8. N20: In N20, nitrogen has an oxidation state of +1. Therefore, it does not have a negative oxidation state.
9. HCN: In HCN (hydrogen cyanide), nitrogen has an oxidation state of +1. Therefore, it does not have a negative oxidation state.
10. HNC: In HNC (hydrogen isocyanide), nitrogen has an oxidation state of +1. Therefore, it does not have a negative oxidation state.
11. NO-2: In NO-2 (nitrite ion), nitrogen has an oxidation state of +3. Therefore, it does not have a negative oxidation state.
Summary:
Out of the given compounds, the chemical species with a negative oxidation state for nitrogen are NH2OH, NH3, and NH-2. Therefore, the correct answer is '7', as we have included all the relevant compounds in our analysis.
To determine the number of chemical species with a negative oxidation state for nitrogen, we need to examine the oxidation states of nitrogen in each compound. The oxidation state of an element indicates the number of electrons it has gained or lost in a compound.
Let's analyze each compound:
1. NF3: In NF3, nitrogen has an oxidation state of +3. Therefore, it does not have a negative oxidation state.
2. NCI3: In NCI3, nitrogen has an oxidation state of +3. Therefore, it does not have a negative oxidation state.
3. NH2OH: In NH2OH (hydroxylamine), nitrogen has an oxidation state of -2. This compound has a negative oxidation state for nitrogen.
4. NH3: In NH3 (ammonia), nitrogen has an oxidation state of -3. This compound has a negative oxidation state for nitrogen.
5. CH3NH2: In CH3NH2 (methylamine), nitrogen has an oxidation state of -3. This compound has a negative oxidation state for nitrogen.
6. NH-2: In NH-2, nitrogen has an oxidation state of -1. This compound has a negative oxidation state for nitrogen.
7. L13N: Without further information about the compound L13N, it is not possible to determine the oxidation state of nitrogen. Therefore, we cannot include it in the count of chemical species with a negative oxidation state for nitrogen.
8. N20: In N20, nitrogen has an oxidation state of +1. Therefore, it does not have a negative oxidation state.
9. HCN: In HCN (hydrogen cyanide), nitrogen has an oxidation state of +1. Therefore, it does not have a negative oxidation state.
10. HNC: In HNC (hydrogen isocyanide), nitrogen has an oxidation state of +1. Therefore, it does not have a negative oxidation state.
11. NO-2: In NO-2 (nitrite ion), nitrogen has an oxidation state of +3. Therefore, it does not have a negative oxidation state.
Summary:
Out of the given compounds, the chemical species with a negative oxidation state for nitrogen are NH2OH, NH3, and NH-2. Therefore, the correct answer is '7', as we have included all the relevant compounds in our analysis.
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Number of chemical species having negative oxidation state for nitrogen amongNF3, NCI3, NH2OH, NH3,CH3NH2, NH-2, L13N, N20, HCN, HNC, NO-2Correct answer is '8'. Can you explain this answer?
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Number of chemical species having negative oxidation state for nitrogen amongNF3, NCI3, NH2OH, NH3,CH3NH2, NH-2, L13N, N20, HCN, HNC, NO-2Correct answer is '8'. Can you explain this answer? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about Number of chemical species having negative oxidation state for nitrogen amongNF3, NCI3, NH2OH, NH3,CH3NH2, NH-2, L13N, N20, HCN, HNC, NO-2Correct answer is '8'. Can you explain this answer? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Number of chemical species having negative oxidation state for nitrogen amongNF3, NCI3, NH2OH, NH3,CH3NH2, NH-2, L13N, N20, HCN, HNC, NO-2Correct answer is '8'. Can you explain this answer?.
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