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The reaction CaCO(3) to CaO +CO(2) is a ...

The reaction `CaCO_(3) to CaO +CO_(2)` is a `"______"` reaction

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Explore conceptually related problems

Calcium carbonate is decomposed on heating in the following reaction CaCO_(3) to CaO +CO_2 How many moles of Calcium carbonate are involved in this reaction ?

Calcium carbonate is decpmposed on heating in the following reaction CaCO_(3) to CaO +CO_2 How many moles of CO_2 are there in this equation ?

Knowledge Check

  • Consider the reaction CaCO_(3) (s) hArr CaO (s) + CO_(2) (g) is a closed container at equilibrium . What would be the effect of addition of CaCO_3 on the equilibrium ?

    A
    increases
    B
    remains unaffected
    C
    decreases
    D
    unpredictable

  • In the equilibrium reaction CaCO_3 (s) hArr CaO (s) + CO_(2) (g) whose concentration remains constant at a given temperature ?

    A
    CaO
    B
    `CO_(2)`
    C
    `CaCO_(3)`
    D
    Both (a) and (c)

  • For the reaction, CaCO_(3(g))hArrCaO_((s))+CO_(2(g))K_(p) is equal to

    A
    `K_(c)`
    B
    `K_(c)RT`
    C
    `K_(c)(RT)^(2)`
    D
    `K_(c)(RT)^(-)`

    • Similar Questions

    Explore conceptually related problems

    Calcium carbonate is decpmposed on heating in the following reaction CaCO_(3) to CaO +CO_2 Calculate the gram molecular mass of calcium Carbonate involved in this reaction .

    Calcium carbonate is decomposed on heating in the following reaction CaCO_3 to CaO+ CO_2. (i) How many moles of Calcium carbonate are involved in this reaction? (ii) Calculate the gram molecular mass of calcium carbonate involved in this reaction. (iii) How many moles of CO_2 are there in this equation?

    Calcium carbonate is decomposed on heating in the following reaction CaCO_(3)rarrCaO+CO_(2) i. How many moles of Calcium carbonate are involved in this reaction? ii. Calculate the gram molecular mass of calcium carbonate involved in this reaction. iii. How many moles of CO_(2) are there in this reaction?

    The partial pressure of carbon dioxide in the reaction CaCO_3(s) hArr CaO(s) + CO_2(g) is 1.017 xx 10^(-3) atm at 500^@C . Calculate K_P" at " 600^@C for the reaction. DeltaH for the reaction is 181 kJ mol^(-1) and does not change in the given range of temperature.

    Consider the following reactions, CaCO_(3)(s)iffCaO(s)+CO_(2)(g) In each of the above reaction find out whether you have to increase (or) decrease the volume to increase the yield of the product.

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