The reaction 4N₂O + CH₄ $\overset{}{\to}$ CO₂ + 2H₂O + 4N₂ takes place in the gaseous state. If the volumes of all the gases are measured at the same temperature, and pressure, calculate the volume of dinitrogen oxide (N₂O), required to give 150 cm³ of steam.

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Solution

According to the balanced chemical equation, under same temperature and pressure conditions, four units of volume of dinitrogen oxide is required to form two units of volume of steam.
Volume of dinitrogen oxide required to produce 150 cm³ = $\frac{2}{1} \times 150 {cm}^{3}$ = 300 cm³

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(b) The reaction: 4N₂O + CH₄ $\overset{}{\to}$ CO₂ + 2H₂O + 4N₂ takes place in the gaseous state. If all volumes are measured at the same temperature and pressure, calculate the volume of dinitrogen oxide (N₂O) required to give 150 cm³of steam.
(N = 14, O = 16, C = 12, H = 1)

The reaction : $4 N_{2} O + C H_{4} \to C O_{2} + 2 H_{2} I + 4 N_{2}$ takes place in hte gaseous state. If all volumes are measured at the same temperature and pressure, calculate the volume of dinitrogen oxide $(N_{2} O)$ required to give $150 c m^{3}$ of steam.

4 N_{2} O + C H_{4} \to C O_{2} + 2 H_{2} O + 4 N_{2}

If all volumes are measured at the same temperature and pressure, the volume of

N_{2} O

required to give

150 c m^{3}

of steam is:

The reaction: takes place in the gaseous state. If all volumes are measured at the same temperature and pressure,

Calculate the volume of dinitrogen oxide (N₂O) required to give 150 cm³ of steam.

[N = 14,O = 16,C=12,H=1]

Q. Assuming that the all volume is measured at the same temperature and pressure, state the volume ratios of the reactants and products for the following gaseous reactions. Nitrogen reacting with oxygen to form nitrogen (III) oxide.

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The reaction 4N2O + CH4 → CO2 + 2H2O + 4N2 takes place in the gaseous state. If the volumes of all the gases are measured at the same temperature, and pressure, calculate the volume of dinitrogen oxide (N2O), required to give 150 cm3 of steam.

According to the balanced chemical equation, under same temperature and pressure conditions, four units of volume of dinitrogen oxide is required to form two units of volume of steam. Volume of dinitrogen oxide required to produce 150 cm3 = 21×150 cm3 = 300 cm3

The reaction 4N₂O + CH₄ $\overset{}{\to}$ CO₂ + 2H₂O + 4N₂ takes place in the gaseous state. If the volumes of all the gases are measured at the same temperature, and pressure, calculate the volume of dinitrogen oxide (N₂O), required to give 150 cm³ of steam.

According to the balanced chemical equation, under same temperature and pressure conditions, four units of volume of dinitrogen oxide is required to form two units of volume of steam.
Volume of dinitrogen oxide required to produce 150 cm³ = $\frac{2}{1} \times 150 {cm}^{3}$ = 300 cm³