Enough nitrogen must be generated in the bag to create a totalpressure of 3.00 a

Question

Enough nitrogen must be generated in the bag to create a totalpressure of 3.00 atm, which then drops as the bag slowly deflates.Assuming the volume of the bag is 48.0 L and the temperature in thecar is 23 °C, calculate the molar quantity of N2that must be generated.
5.93 mol
What molar quantity of sodium azide is required to generate thismuch nitrogen? and What mass of sodium azide is required Enough nitrogen must be generated in the bag to create a totalpressure of 3.00 atm, which then drops as the bag slowly deflates.Assuming the volume of the bag is 48.0 L and the temperature in thecar is 23 °C, calculate the molar quantity of N2that must be generated.
5.93 mol
What molar quantity of sodium azide is required to generate thismuch nitrogen? and What mass of sodium azide is required

Explanation / Answer

sodium azide reacts to form nitrogen according to theequation:          2NaN3 2 Na + 3 N2 2 moles of sodium azide react to give 3 moles of nitrogengas. To obtain 5.93 mol of nitrogen, moles of sodium azide required= 5.93 * 2 /3 = 3.95 mol This is the amount of sodium azide required. mass of sodium azide required = moles * molar mass                                              = 3.95 mol * 65.01 g/mol                                               =257 g.

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