For the Equilibrium PCl 5 (g) PCl 3 (g)+ Cl 2 (g),K c = 2$\times$ 10 1 at 240°C

The Answer of For the Equilibrium PCl 5 (g) PCl 3 (g)+ Cl 2 (g),K c = 2$\times$ 10 1 at 240°C

For the Equilibrium PCl 5 (g) PCl 3 (g)+ Cl 2 (g),K c = 2$\times$ 10 1 at 240°C

The Answer of For the Equilibrium PCl 5 (g) PCl 3 (g)+ Cl 2 (g),K c = 2$\times$ 10 1 at 240°C

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For the Equilibrium PCl₅(g) PCl₃(g)+ Cl₂(g),K_c = 2 $\times$ 10¹ at 240°C

Question 36

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For the equilibrium PCl₅(g) $For the equilibrium PCl5(g) PCl3(g) + Cl2(g) ,Kc = 2.0 \times 101 at 240°C.If pure PCl5 is placed in a 1.00-L container and allowed to come to equilibrium,and the equilibrium concentration of PCl3(g) is 0.23 M,what is the equilibrium concentration of PCl5(g) ? A) 0.46 M B) 0.12 M C) 0.012 M D) 0.0026 M E) 9.3 M$ PCl₃(g) + Cl₂(g) ,K_c = 2.0 $\times$ 10¹ at 240°C.If pure PCl₅ is placed in a 1.00-L container and allowed to come to equilibrium,and the equilibrium concentration of PCl₃(g) is 0.23 M,what is the equilibrium concentration of PCl₅(g) ?

A) 0.46 M
B) 0.12 M
C) 0.012 M
D) 0.0026 M
E) 9.3 M

For the Equilibrium PCl5(g) PCl3(g)+ Cl2(g),Kc = 2 ×\times× 101 at 240°C

Multiple Choice

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For the Equilibrium PCl₅(g) PCl₃(g)+ Cl₂(g),K_c = 2 $\times$ 10¹ at 240°C

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