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The number of complexes in which iUPAC names contain metal name ending with ‘ate’
K[Co(EDTA)], [Pt(NH3)4]Br4, [Co(NO2)6]3-, [FeF6]3-, [Pt(en)CI2Br2] [Pt(en2)]2+, K[Co(EDTA) [Pt(py)4] [PtCI4]
Correct answer is '5'. Can you explain this answer?
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The number of complexes in which iUPAC names contain metal name ending...
Yeah, all the complexes which have a -ve charge on coordination sphere, get 'ate' at the end of their metal's name. there are five of them here(include PtCl4 too).
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The number of complexes in which iUPAC names contain metal name ending...
The answer to the question is '5'. Let's break down the given compounds and analyze their iUPAC names to understand why.
1. K[Co(EDTA)]
- This compound contains the metal name "Co" which stands for cobalt. The iUPAC name for this compound is potassium cobalt(III) ethylenediaminetetraacetate. The metal name ends with "ate" as per the iUPAC naming rules.
2. [Pt(NH3)4]Br4
- This compound contains the metal name "Pt" which stands for platinum. The iUPAC name for this compound is tetraammineplatinum(IV) bromide. The metal name ends with "ate" as per the iUPAC naming rules.
3. [Co(NO2)6]3-
- This compound contains the metal name "Co" which stands for cobalt. The iUPAC name for this compound is hexanitrocobaltate(III). The metal name ends with "ate" as per the iUPAC naming rules.
4. [FeF6]3-
- This compound contains the metal name "Fe" which stands for iron. The iUPAC name for this compound is hexafluoridoferrate(III). The metal name ends with "ate" as per the iUPAC naming rules.
5. [Pt(en)CI2Br2] [Pt(en2)]2
- This compound contains the metal name "Pt" which stands for platinum. The iUPAC name for this compound is dichloridobis(ethylenediamine) platinum(IV) bromide and bis(ethylenediamine) platinum(IV). The metal name ends with "ate" as per the iUPAC naming rules.
6. K[Co(EDTA) [Pt(py)4] [PtCI4]
- This compound contains the metal names "Co" and "Pt" which stand for cobalt and platinum respectively. The iUPAC name for this compound is potassium cobalt(III) ethylenediaminetetraacetate tetrapyridineplatinum(IV) tetrachloridoplatinate(II). Both metal names end with "ate" as per the iUPAC naming rules.
By analyzing the iUPAC names of the given compounds, we can observe that there are 5 complexes in which the metal names end with "ate". Therefore, the correct answer is '5'.
1. K[Co(EDTA)]
- This compound contains the metal name "Co" which stands for cobalt. The iUPAC name for this compound is potassium cobalt(III) ethylenediaminetetraacetate. The metal name ends with "ate" as per the iUPAC naming rules.
2. [Pt(NH3)4]Br4
- This compound contains the metal name "Pt" which stands for platinum. The iUPAC name for this compound is tetraammineplatinum(IV) bromide. The metal name ends with "ate" as per the iUPAC naming rules.
3. [Co(NO2)6]3-
- This compound contains the metal name "Co" which stands for cobalt. The iUPAC name for this compound is hexanitrocobaltate(III). The metal name ends with "ate" as per the iUPAC naming rules.
4. [FeF6]3-
- This compound contains the metal name "Fe" which stands for iron. The iUPAC name for this compound is hexafluoridoferrate(III). The metal name ends with "ate" as per the iUPAC naming rules.
5. [Pt(en)CI2Br2] [Pt(en2)]2
- This compound contains the metal name "Pt" which stands for platinum. The iUPAC name for this compound is dichloridobis(ethylenediamine) platinum(IV) bromide and bis(ethylenediamine) platinum(IV). The metal name ends with "ate" as per the iUPAC naming rules.
6. K[Co(EDTA) [Pt(py)4] [PtCI4]
- This compound contains the metal names "Co" and "Pt" which stand for cobalt and platinum respectively. The iUPAC name for this compound is potassium cobalt(III) ethylenediaminetetraacetate tetrapyridineplatinum(IV) tetrachloridoplatinate(II). Both metal names end with "ate" as per the iUPAC naming rules.
By analyzing the iUPAC names of the given compounds, we can observe that there are 5 complexes in which the metal names end with "ate". Therefore, the correct answer is '5'.
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The number of complexes in which iUPAC names contain metal name ending with ‘ate’K[Co(EDTA)], [Pt(NH3)4]Br4, [Co(NO2)6]3-, [FeF6]3-, [Pt(en)CI2Br2] [Pt(en2)]2+, K[Co(EDTA) [Pt(py)4] [PtCI4]Correct answer is '5'. Can you explain this answer?
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The number of complexes in which iUPAC names contain metal name ending with ‘ate’K[Co(EDTA)], [Pt(NH3)4]Br4, [Co(NO2)6]3-, [FeF6]3-, [Pt(en)CI2Br2] [Pt(en2)]2+, K[Co(EDTA) [Pt(py)4] [PtCI4]Correct answer is '5'. 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 The number of complexes in which iUPAC names contain metal name ending with ‘ate’K[Co(EDTA)], [Pt(NH3)4]Br4, [Co(NO2)6]3-, [FeF6]3-, [Pt(en)CI2Br2] [Pt(en2)]2+, K[Co(EDTA) [Pt(py)4] [PtCI4]Correct answer is '5'. 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 The number of complexes in which iUPAC names contain metal name ending with ‘ate’K[Co(EDTA)], [Pt(NH3)4]Br4, [Co(NO2)6]3-, [FeF6]3-, [Pt(en)CI2Br2] [Pt(en2)]2+, K[Co(EDTA) [Pt(py)4] [PtCI4]Correct answer is '5'. Can you explain this answer?.
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