Consider the following reaction for the synthesis of nitrogen dioxide: N2(g) +202(g) →→ 2NO(g) At+34 kJ mol-¹ (a) The diagram below represents the initial reaction system at 25 °C. Annotate this diagram with two arrows: one that labels the direction of the flow of heat and one that indicates the direction of work done as this reaction progresses. (You can redraw this diagram on your own paper and annotate if preferred). Pet 0₂ 0₁ (b) Calculate the amount of heat transferred when 14 g of N2(g) reacts (assume 100% completion). (c) Calculate the volume of gas that will be produced assuming 100% complete reaction at 25 °C and 100 kPa external pressure.

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Chapter6: Thermochemisty
Section: Chapter Questions
Problem 6.132QP
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9
Consider the following reaction for the synthesis of nitrogen dioxide:
=
N₂(g) + 2O2(g) → 2NO₂(g) AH +34 kJ mol-1
(a) The diagram below represents the initial reaction system at 25 °C. Annotate this diagram
with two arrows: one that labels the direction of the flow of heat and one that indicates
the direction of work done as this reaction progresses. (You can redraw this diagram on
your own paper and annotate if preferred).
Pext
N
0₂
(b) Calculate the amount of heat transferred when 14 g of N₂(g) reacts (assume 100%
completion).
(c) Calculate the volume of gas that will be produced assuming 100% complete reaction at
25 °C and 100 kPa external pressure.
Transcribed Image Text:9 Consider the following reaction for the synthesis of nitrogen dioxide: = N₂(g) + 2O2(g) → 2NO₂(g) AH +34 kJ mol-1 (a) The diagram below represents the initial reaction system at 25 °C. Annotate this diagram with two arrows: one that labels the direction of the flow of heat and one that indicates the direction of work done as this reaction progresses. (You can redraw this diagram on your own paper and annotate if preferred). Pext N 0₂ (b) Calculate the amount of heat transferred when 14 g of N₂(g) reacts (assume 100% completion). (c) Calculate the volume of gas that will be produced assuming 100% complete reaction at 25 °C and 100 kPa external pressure.
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