For the equilibrium 2 OF 2 (g)$\leftrightarrows$ 4F(g)+ O 2 (g),K c = 4.55 $\times$ 10 -6 at 298 K.Calculate K p for 2 F(g)+ O 2 (g)$\leftrightarrows$ OF 2 (g).

The Answer of For the equilibrium 2 OF 2 (g)$\leftrightarrows$ 4F(g)+ O 2 (g),K c = 4.55 $\times$ 10 -6 at 298 K.Calculate K p for 2 F(g)+ O 2 (g)$\leftrightarrows$ OF 2 (g).

For the equilibrium 2 OF 2 (g)$\leftrightarrows$ 4F(g)+ O 2 (g),K c = 4.55 $\times$ 10 -6 at 298 K.Calculate K p for 2 F(g)+ O 2 (g)$\leftrightarrows$ OF 2 (g).

The Answer of For the equilibrium 2 OF 2 (g)$\leftrightarrows$ 4F(g)+ O 2 (g),K c = 4.55 $\times$ 10 -6 at 298 K.Calculate K p for 2 F(g)+ O 2 (g)$\leftrightarrows$ OF 2 (g).

Solved

For the Equilibrium 2 OF₂(g) $\leftrightarrows$ 4F(g)+ O₂(g),K_c = 4 $\times$ 10^-6 at 298 K

Question 127

Short Answer

For the equilibrium 2 OF₂(g) $\leftrightarrows$ 4F(g)+ O₂(g),K_c = 4.55 $\times$ 10^-6 at 298 K.Calculate K_p for 2 F(g)+ $For the equilibrium 2 OF2(g) \leftrightarrows 4F(g)+ O2(g),Kc = 4.55 \times 10-6 at 298 K.Calculate Kp for 2 F(g)+ O2(g) \leftrightarrows OF2(g).$ O₂(g) $\leftrightarrows$ OF₂(g).