(Q61) Platinum cations in solution readily form complexes with free chloride anions in solution according to the following balanced chemical equation: Pt2+ (aq) + 4 Cl (aq) <---> [PtCl4]²- What will be the concentration of free platinum cations in solution if the initial solution concentrations are 0.0127 M in platinum nitrate (i.e., the initial [Pt2+] = 0.0127 M) and 0.419 M in sodium chloride? The formation constant for the complex is Kf = 1.0 x 1016 6.9 x 10-17 M O 2.3 x 10-12 M 3.5 x 10-18 M O 0.368 M O 0.0127 M

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Chapter15: Equilibria Of Other Reaction Classes
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Problem 65E: Sometimes equilibria fur complex ions are described in terms of dissociation constants. Kd . For the...
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(Q61) Platinum cations in solution readily form complexes with free chloride anions in solution
according to the following balanced chemical equation:
Pt2+ (aq) + 4 CI (aq) <--->
[PtCl4]2-
What will be the concentration of free platinum cations in solution if the initial solution
concentrations are 0.0127 M in platinum nitrate (i.e., the initial [Pt2*] = 0.0127 M) and 0.419 M in
sodium chloride? The formation constant for the complex is Kf = 1.0 x 1016
O 6.9 x 10-17 M
O 2.3 x 10-12 M
O 3.5 x 10-18 M
0.368 M
O 0.0127 M
Transcribed Image Text:(Q61) Platinum cations in solution readily form complexes with free chloride anions in solution according to the following balanced chemical equation: Pt2+ (aq) + 4 CI (aq) <---> [PtCl4]2- What will be the concentration of free platinum cations in solution if the initial solution concentrations are 0.0127 M in platinum nitrate (i.e., the initial [Pt2*] = 0.0127 M) and 0.419 M in sodium chloride? The formation constant for the complex is Kf = 1.0 x 1016 O 6.9 x 10-17 M O 2.3 x 10-12 M O 3.5 x 10-18 M 0.368 M O 0.0127 M
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