Question

Write the chemical equation for the solubility equilibrium and the K_sp expression for each compound please help and explain steps

AgI First, write the solubility equilibrium for Agi. Include physical states in your answer: ? Edit Next, write the solubility product constant for Agi: OK = [Ag+][I-12 sp sp Ksp = ([Ag+][1-)) / [AgI] Okn = [Agl] / [[Ag+][1-1) Ksp = [Ag+][1-) AuCl3 First, write the solubility equilibrium for AuCl3. Include physical states in your answer: |? Edit Next, write the solubility product constant for AgCl3: o ksp = [Au2+][C1-12 = [Au+][CI-] Ksp = [Au+]3[CI-] Okn = [Au3+][CI-]3 Okn = [Au3+]2[CI-]3 Pb12 First, write the solubility equilibrium for Pb12. Include physical states in your answer: ? Edit Next, write the solubility product constant for Pb12: © Ksp = [Pb2+][1-12 = [Pb2+][I-] c K = [Pb+]2[I-] = [Pb2+]2[1-12 O kn = [Pb+],[I-] CuI First, write the solubility equilibrium for Cul. Include physical states in your answer: ? Edit Next, write the solubility product constant for Cul: Ksp = [Cu+][1-) Ksp = [Cu2+][1-12 © Ksp = [Cu+],[1-) Kcp = [Cu2+]2[I-] sp

Answer 1

- o solubility equation of Agi Ag I (s) - Agroas + I caps | Soubility product constant: (kop) => 1 n the [product]%[ Rege kentaje Ksp la tagt ] [1] here *epal Tag I] since A. I is in solid phase its we neglect concertos has as it doesn't change for a reaction som kop [agt ] [I") 2) Ацс1, Auch 3t - Auch Ay + 345 can C992 Kap - [Ayat] [4] Cs Scanned with sing some logic as stated. CamScanner

(② Pb Iz : 2+ Kap = [Pb**] [1] h Cu I cu Io - Cu can t I caq, Kep = [Cu*] (1-3 Scanned with CamScanner

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