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Formation of Ni(CO)4 and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's process
Ni + 4CO 
Ni (CO)4 
Ni + 4CO
Ni (CO)4 Ni + 4COT1 and T2 are :
- a)100ºC, 50ºC
- b)50ºC, 100ºC
- c)50ºC, 230ºC
- d)230ºC, 50ºC
Correct answer is option 'C'. Can you explain this answer?
Verified Answer
Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (r...
Ni + 4CO 
Ni (CO)4 
Ni + 4CO
T1 = 50ºC
T2 = 230ºC
Ni (CO)4 Ni + 4COT1 = 50ºC
T2 = 230ºC
Most Upvoted Answer
Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (r...
Ni + 4CO Ni (CO)4 Ni + 4CO
T1 = 50ºC
T2 = 230ºC
Ni (CO)4 Ni + 4COT1 = 50ºC
T2 = 230ºC
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Community Answer
Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (r...
Ni + 4CO Ni (CO)4 Ni + 4CO
T1 = 50ºC
T2 = 230ºC
Ni (CO)4 Ni + 4COT1 = 50ºC
T2 = 230ºC
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Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer? for Class 12 2025 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for Class 12 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer?.
Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer? for Class 12 2025 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for Class 12 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer?.
Solutions for Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer? in English & in Hindi are available as part of our courses for Class 12.
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Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer?, a detailed solution for Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer? has been provided alongside types of Formation of Ni(CO)4and subsequent its decomposition into Ni and CO (recycled) makes basis of Mond's processNi + 4CONi (CO)4Ni + 4COT1and T2are :a)100ºC, 50ºCb)50ºC, 100ºCc)50ºC, 230ºCd)230ºC, 50ºCCorrect answer is option 'C'. Can you explain this answer? theory, EduRev gives you an
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