Match each of the following with its correct answer Consider the following thermochemical equation: 2NO (6), O. 2(g) -> 2 NO. 2(g) AH = -114.1 kJ If 3.00 x 10g NO, were produced, then the amount of heat released (in kJ) Chodige.. would be: Choose... 757 193 372 593.5 248 252.9 A balloon originally had a volume of 5.39 L at 317 K and a pressure of 755 mmHg. To what temperature ( in K) must the balloon be cooled to reduce its volume to 4.00 L at a pressure of 620 mmHg? Choose... The mole fraction of N, gas in the air is 0.781 at 760 torr. Calculate the partial pressure of N, in air 2. Choose...

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Chapter6: Thermochemisty
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Match each of the following with its correct answer
Consider the following thermochemical equation:
2 NO 2(9)
kJ
+ O2(9)
->
AH = -114.1
2NO
(6),
2.
If 3.00 x 10g NO, were produced, then the amount of heat released (in kJ)
Chofme...
would be:
Choose...
757
193
372
593.5
248
252.9
A balloon originally had a volume of 5.39 L at 317 K and a pressure of 755 mmHg.
To what temperature ( in K) must the balloon be cooled to reduce its volume to
4.00 L at a pressure of 620 mmHg?
Choose...
The mole fraction of N, gas in the air is 0.781 at 760 torr. Calculate the partial
pressure of N, in air
Choose...
Transcribed Image Text:Match each of the following with its correct answer Consider the following thermochemical equation: 2 NO 2(9) kJ + O2(9) -> AH = -114.1 2NO (6), 2. If 3.00 x 10g NO, were produced, then the amount of heat released (in kJ) Chofme... would be: Choose... 757 193 372 593.5 248 252.9 A balloon originally had a volume of 5.39 L at 317 K and a pressure of 755 mmHg. To what temperature ( in K) must the balloon be cooled to reduce its volume to 4.00 L at a pressure of 620 mmHg? Choose... The mole fraction of N, gas in the air is 0.781 at 760 torr. Calculate the partial pressure of N, in air Choose...
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