A container initially has 5.82 moles of N,0, 8.14 moles of O,, and 1.03 moles of N,0, in a box. Assume that the only reaction that can occur in this box is the one represented by the following balanced chemical equation: 2 N,0(g) + 3 02(g) 2 N,04(g) How many moles of N204 will be present in the box if (only) 5.00 moles (of the original 5.82 moles) of N20 react according to the equation above.

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A container initially has 5.82 moles of N20, 8.14 moles of O2, and 1.03 moles of N204 in a box.
Assume that the only reaction that can occur in this box is the one represented by the following
balanced chemical
equation:
2 N20(g) + 3 O2(g) → 2 N2O4(g)
How many moles of N204 will be present in the box if (only) 5.00 moles (of the original 5.82 moles) of N20 react according to the equation above.
Transcribed Image Text:A container initially has 5.82 moles of N20, 8.14 moles of O2, and 1.03 moles of N204 in a box. Assume that the only reaction that can occur in this box is the one represented by the following balanced chemical equation: 2 N20(g) + 3 O2(g) → 2 N2O4(g) How many moles of N204 will be present in the box if (only) 5.00 moles (of the original 5.82 moles) of N20 react according to the equation above.
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