In the reaction `A + 2B hArr2C`, if 2 moles of A, `3.0` moles of B and `2.0` moles of C are placed in a `2.0` L flask and equilibrium constant `(K_(c))` for the reaction isA. `0.073`B. `0.147`C. `0.05`D. `0.026`

In the reaction `A + 2B hArr2C`, if 2 moles of A, `3.0` moles of B and

1.	In the reaction `A + 2B hArr2C`, if 2 moles of A, `3.0` moles of B and `2.0` moles of C are placed in a `2.0` L flask and equilibrium constant `(K_(c))` for the reaction isA. `0.073`B. `0.147`C. `0.05`D. `0.026`
Answer» Correct Answer - C `{:(,A,"+ ",2B,hArr,2C),("Initial conc.",2,,3,,2),("at etq.",2.5,,4,,1),("Molar",2.5/2=1.25,,4/2=2,,1/2=0.5):}` `K = ([0.5]^(2))/([1.25]xx[2]^(2)) = 0.05`

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In the reaction `A + 2B hArr2C`, if 2 moles of A, `3.0` moles of B and `2.0` moles of C are placed in a `2.0` L flask and equilibrium constant `(K_(c))` for the reaction isA. `0.073`B. `0.147`C. `0.05`D. `0.026`

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