When 66.4 g nitrogen and excess oxygen react, nitrogen dioxide is generated. If the NO2 is collected at 635 K and 0.722 atm, calculate the volume will it occupy (in L). _N2 (g) + _02 (g) _NO2 (g)

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Chapter1: Chemical Foundations
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When 66.4 g nitrogen and excess oxygen react, nitrogen dioxide is generated.
If the NO2 is collected at 635 K and 0.722 atm, calculate the volume will it
occupy (in L).
_N2 (g) +
O2 (g)
NO2 (g)
What volume of hydrogen gas is evolved from a reaction between 0.69 g of
Na and water? The gas is collected at 22.°C and 790 mmHg.
Na (s) +
Н20 (1) —
NaOH (aq) +
H2 (g)
Transcribed Image Text:When 66.4 g nitrogen and excess oxygen react, nitrogen dioxide is generated. If the NO2 is collected at 635 K and 0.722 atm, calculate the volume will it occupy (in L). _N2 (g) + O2 (g) NO2 (g) What volume of hydrogen gas is evolved from a reaction between 0.69 g of Na and water? The gas is collected at 22.°C and 790 mmHg. Na (s) + Н20 (1) — NaOH (aq) + H2 (g)
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