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If the concentration quotient of a react...

If the concentration quotient of a reaction in greater than its equilibrium constant, then the reaction will proceed in the ______ direction.

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To solve the question, "If the concentration quotient of a reaction is greater than its equilibrium constant, then the reaction will proceed in the ______ direction," we can follow these steps: ### Step-by-Step Solution: 1. **Understanding the Terms**: - The **concentration quotient (Qc)** is a ratio that represents the concentrations of products and reactants at any point in time for a given reaction. - The **equilibrium constant (Kc)** is a specific value that represents the ratio of concentrations of products to reactants when the reaction is at equilibrium. ...
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Knowledge Check

  • The reaction which proceeds in the forward direction is

    A
    `Fe_2O_3+6"HCl" to2FeCl_3+3H_2O`
    B
    `NH_3+H_2O+"NaCl"toNH_4Cl+NaOH`
    C
    `SnCl_4+Hg_2Cl_2toSnCl_2+2HgCl_2`
    D
    `2CuI+I_2+4H^(o+)to2Cu^(2+)+4KI`

  • The reaction which proceeds in the forward direction is

    A
    `Fe_(2)O_(3)+6HCl=2FeCl_(3)+3H_(2)O`
    B
    `NH_(3)+H^(2)O+NaCl=NH_(4)Cl+NaOH`
    C
    `SnCl_(4)+Hg_(2)Cl_(2)=SnCl_(2)=SnCl_(2)+2HgCl_(2)`
    D
    `2CuI+I_(2)+4K^(+)=2Cu^(2+)+4KI`

  • The unit for the equilibrium constant of the reaction

    A
    `"[mole/lit]"^(-)`
    B
    `"[mole/lit]"^(-2)`
    C
    `"Mole/lit"`
    D
    `"[mole/lit]"^(2)`