CO(g)+2H2(g)⇄CH3OH(g) Kc=11 Substance Initial Concentration ( M ) CO 0.10 H2 0.10 CH3OH 0.10 The table lists the initial concentrations of each substance in the system represented by the equation above at a given temperature. Which of the following best predicts what will occur as the system approaches equilibrium?
1. CO(g)+2H2(g)⇄CH3OH(g) Kc=11
Substance Initial Concentration ( M ) CO 0.10
H2 0.10
CH3OH 0.10
The table lists the initial concentrations of each substance in the system represented by the equation above at a given temperature. Which of the following best predicts what will occur as the system approaches equilibrium?
a)The rate of the reverse reaction will be less than the rate of the forward reaction and additional CH3OH(g) will be consumed, because Kc<Qc .
b)The rate of the reverse reaction will be greater than the rate of the forward reaction and additional CH3OH(g) will be consumed because Kc<Qc .
c)The rate of the forward reaction will be less than the rate of the reverse reaction and additional CH3OH(g) will be produced, because Kc<Qc .
d) The rate of the forward reaction will be greater than the rate of the reverse reaction and additional CH3OH(g) will be produced, because Kc<Qc .
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