Consider the reaction: 2A(g) + B(liquid) = A2B(g) The reaction is started with 0.4321 moles of A and 0.5321 moles of B.
Posted: Thu Dec 02, 2021 6:39 am
Consider the reaction: 2A(g) + B(liquid) = A2B(g)
The reaction is started with 0.4321 moles of A and 0.5321 moles
of B. Determine the amount (in moles), in equilibrium, of species A
and A2B at 1 bar and 500K.
I) Moles of A in equilibrium: ?
II) Moles of A2B in equilibrium: ?
Consider the reaction: 2A(g) + Blirquid) → AzBig) The reaction is started with 0.4321 moles of A and O. 5321 moles of B. Determine the amount (in moles), in equilibrium, of species A and AzB at I bar and 500k. 4298.15 Substance 2018 45 298.15 Cem (3/kmil) (for I between 298.15 and 1500K A(9) 324.30 350.45 36.192 - 2.652 T B(liquid) -245.50 401.72 20.901 - 2.980T Az Brgy 275.11 321.12 15.32) - 3.121 T - ? Moles of A in equilibrium : Moles of AzB in equilibrium: ?
The reaction is started with 0.4321 moles of A and 0.5321 moles
of B. Determine the amount (in moles), in equilibrium, of species A
and A2B at 1 bar and 500K.
I) Moles of A in equilibrium: ?
II) Moles of A2B in equilibrium: ?
- Consider The Reaction 2a G B Liquid A2b G The Reaction Is Started With 0 4321 Moles Of A And 0 5321 Moles Of B 1 (147.38 KiB) Viewed 46 times