33. 3.2 Mole HI (g) was heated in a closed bulb until it received the equilibrium at 444 ^° C, then calculate the number of hydrogen iodide, hydrogen and iodide moles present at the equilibrium point found at 20% of its exaggeration. Calculation of the value of the constant determinant for 2HI (g) ___> H2 (g) + I2 (g) Suppose the volume of the letter is 1L.

33. 3.2 Mole HI (g) was heated in a closed bulb until it received the

1.	33. 3.2 Mole HI (g) was heated in a closed bulb until it received the equilibrium at 444 ^° C, then calculate the number of hydrogen iodide, hydrogen and iodide moles present at the equilibrium point found at 20% of its exaggeration. Calculation of the value of the constant determinant for 2HI (g) ___> H2 (g) + I2 (g) Suppose the volume of the letter is 1L.
Answer» 33. 3.2 Mole HI (g) was heated in a closed bulb until it received the equilibrium at 444 ^° C, then calculate the number of hydrogen iodide, hydrogen and iodide moles present at the equilibrium point found at 20% of its exaggeration. Calculation of the value of the constant determinant for 2HI (g) ___> H2 (g) + I2 (g) Suppose the volume of the letter is 1L.