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^a) Ksp for AgCl at 25 °C is 1.782 x 100. At 35°C ,Ksp is 4.159 x 10-¹0. Endo+AH + As scuz. -10 should increase What are Hands for the reaction ? RememberAH andAS are constant over Temperature ranges. (HINT:use simultaneous equations ) Create a a graph AgCl(s) Ag²ran) + (1 cas) FA6702 AHVO Sb₂S3 (3) + 3H₂(g) →2 Sb (s) + 3H₂ Scg) - 46) The following equilibrium was studied by analyzing the equilibrium mixture for the amount of H2S produced. Sb2S3 (s) + H2 (g), Sb (s) + H2S (g) (unbalanced) A vessel whose volume was 2.50 L was filled with 0.0100 mol antimony (III) sulfide and 0.0100 mol hydrogen. After the mixture came to equilibrium in the closed vessel at 440 C the gaseous mixture was removed, and the hydrogen sulfide was dissolved in water.Sufficient lead (II) ion was added to react completely with the hydrogen sulfide to precipitate 1.029 g PbS. What is the value of (a) K and (b)AG. {Expect, ASSO-spont 'C→ Kelvin K= [H ₂ 57³ [Hz]³

^a) Ksp for AgCl at 25 °C is 1.782 x 100. At 35°C ,Ksp is 4.159 x 10-¹0. Endo+AH + As scuz. -10 should increase What are Hands for the reaction ? RememberAH andAS are constant over Temperature ranges. (HINT:use simultaneous equations ) Create a a graph AgCl(s) Ag²ran) + (1 cas) FA6702 AHVO Sb₂S3 (3) + 3H₂(g) →2 Sb (s) + 3H₂ Scg) - 46) The following equilibrium was studied by analyzing the equilibrium mixture for the amount of H2S produced. Sb2S3 (s) + H2 (g), Sb (s) + H2S (g) (unbalanced) A vessel whose volume was 2.50 L was filled with 0.0100 mol antimony (III) sulfide and 0.0100 mol hydrogen. After the mixture came to equilibrium in the closed vessel at 440 C the gaseous mixture was removed, and the hydrogen sulfide was dissolved in water.Sufficient lead (II) ion was added to react completely with the hydrogen sulfide to precipitate 1.029 g PbS. What is the value of (a) K and (b)AG. {Expect, ASSO-spont 'C→ Kelvin K= [H ₂ 57³ [Hz]³

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Not sure how to approach either question. Please help! Answer 1a,b Show all work please and typed format. Need asap, Thank you!
^a) Ksp for AgCl at 25 °C is 1.782 x 100. At 35°C,Ksp is 4.159 x 10-10. Endo+AH +AS->cuz Ket Ksp increased should increase What are H and for the reaction ? Remember HandAS are constant over Temperature ranges. (HINT:use simultaneous equations ) Create a Ag Cl(s) = Ag²(as) + (1 cas) graph 16) The following equilibrium was studied by analyzing the equilibrium mixture for the amount of H2S produced. Sb2S3 (s) + H2 (g), Sb (s) + H2S (g) (unbalanced) A vessel whose volume was 2.50 L was filled with 0.0100 mol antimony (III) sulfide and 0.0100 mol hydrogen. After the mixture came to equilibrium in the closed vessel at 440 C the gaseous mixture was removed, and the hydrogen sulfide was dissolved in water.Sufficient lead (II) ion was added to react completely with the hydrogen sulfide to precipitate 1.029 g PbS. What is the value of (a) K and (b)AG. Sb₂S3 (3) + 3H₂5) -25b (s) + 3H₂ Scg) O [1] [C] [E] 0.01m) 2.50L -3x 0.004 - 3x Pb²+ + H₂S (g) = PbS (0) + H₂(g) 1.029g Pbs FA6702 AHSO AS>OJ Non-spont °C → Kelvin +3X +3x. K= [H ₂ 57³ [H₂J3
Transcribed Image Text:^a) Ksp for AgCl at 25 °C is 1.782 x 100. At 35°C,Ksp is 4.159 x 10-10. Endo+AH +AS->cuz Ket Ksp increased should increase What are H and for the reaction ? Remember HandAS are constant over Temperature ranges. (HINT:use simultaneous equations ) Create a Ag Cl(s) = Ag²(as) + (1 cas) graph 16) The following equilibrium was studied by analyzing the equilibrium mixture for the amount of H2S produced. Sb2S3 (s) + H2 (g), Sb (s) + H2S (g) (unbalanced) A vessel whose volume was 2.50 L was filled with 0.0100 mol antimony (III) sulfide and 0.0100 mol hydrogen. After the mixture came to equilibrium in the closed vessel at 440 C the gaseous mixture was removed, and the hydrogen sulfide was dissolved in water.Sufficient lead (II) ion was added to react completely with the hydrogen sulfide to precipitate 1.029 g PbS. What is the value of (a) K and (b)AG. Sb₂S3 (3) + 3H₂5) -25b (s) + 3H₂ Scg) O [1] [C] [E] 0.01m) 2.50L -3x 0.004 - 3x Pb²+ + H₂S (g) = PbS (0) + H₂(g) 1.029g Pbs FA6702 AHSO AS>OJ Non-spont °C → Kelvin +3X +3x. K= [H ₂ 57³ [H₂J3
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