6 Consider the reaction: [Ag (5₂0₂)₂] ³ → Ag++ 25 ₂02²- ²5² The dissociation Constant for the reaction is blx104. Determine whether the Complex ion is stable Explain or not. Use EAN tule and dissociation Constants to determin which Complex is more Stable: = 1,0×10=2 or [Cu(NH3)]2+ with dissociation C. = [Ag CMH₂)₂] with dissociation C. = 6,0X10-8
6 Consider the reaction: [Ag (5₂0₂)₂] ³ → Ag++ 25 ₂02²- ²5² The dissociation Constant for the reaction is blx104. Determine whether the Complex ion is stable Explain or not. Use EAN tule and dissociation Constants to determin which Complex is more Stable: = 1,0×10=2 or [Cu(NH3)]2+ with dissociation C. = [Ag CMH₂)₂] with dissociation C. = 6,0X10-8
Chapter21: Transition Metals And Coordination Chemistry
Section: Chapter Questions
Problem 31E
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Question
1b and c
![6 Consider the reaction: [Ag (5₂0₂)₂] ³ → Ag++ 25 ₂02²-
²5²
3-
The dissociation Constant for the foot reaction is
blx104. Determine whether the Complex ion is stable
Explain
or not.
Use EAN tule and dissociation Constants to
determin which Complex is more Stable:
= 1,0×10=2 or
[Cu(NH3)]2+ with dissociation C. =
[Ag CMH₂)₂] with dissociation C.
=
6,0X10-8](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbd377aab-d46d-41ac-a49d-b3119dc6fdc9%2F2503f495-ada0-45de-a9be-41354af22e9d%2Feufmsjg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6 Consider the reaction: [Ag (5₂0₂)₂] ³ → Ag++ 25 ₂02²-
²5²
3-
The dissociation Constant for the foot reaction is
blx104. Determine whether the Complex ion is stable
Explain
or not.
Use EAN tule and dissociation Constants to
determin which Complex is more Stable:
= 1,0×10=2 or
[Cu(NH3)]2+ with dissociation C. =
[Ag CMH₂)₂] with dissociation C.
=
6,0X10-8
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