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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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If concentration quotient of reaction is less than its equilibrium constant, then the reaction will proceed in the ……….. direction.

At equilibrium the reaction quotient is greater than equilibrium constant.

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)`
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