Calculate the mass of graphite that must be burnt to produce 13.2 g of `CO_(2)`.

Given that: i. C("graphite") +O_(2)(g) rarr CO_(2)(g), DeltaH =- 393.7 kJ ii. C("diamond") rarr C("graphite"), DeltaH =- 2.1 kJ a. Calculate DeltaH for buring of diamond of CO_(2) . b. Calculate the quantity of graphite that must be burnt to evolve 5000 kJ of heta.

Given that: i. C("graphite") +O_(2)(g) rarr CO_(2)(g), DeltaH =- 393.7 kJ ii. C("diamond") rarr C("graphite"), DeltaH =- 2.1 kJ a. Calculate DeltaH for buring of diamond of CO_(2) . b. Calculate the quantity of graphite that must be burnt to evolve 5000 kJ of heta.

C_("graphite") + O_(2(g)) : Delta H = -393.7 kJ . Calculate the quantity of graphite(in gm) that must be burnt to evolve 5000 kj of heat

How many gram of carbon is to be burnt to produce 33g of CO_(2) ?

Compute the volume of methane gas that must be burnt completely to produce 100 L of CO_(2) at STP.

Calculate the number of moles and mass of methane required to produce 11 g of CO_2 by combustion.

Calculate the no. of moles of Ethane required to produce 44 g of CO_(2(g)) after combustion .

Calculate the no. of mole in 132g of CO_2

Calculate the amount of Carbondioxide that could be produced when i) 1 mole of carbon is burnt in air ii) 1 mole of carbon is burnt in 16 g of dioxygen iii) 2 moles of carbon are burnt in 16 g of dioxygen.