to 0.85 M solution of NaNO2, you notice that there is violent bubbling, a release of heat, and the formation of an orange-brown gas. Your lab partner isolates the gas in a stoppered test tube. The equilibrium for the orange-brown gas generated from the experiment is shown below. 2NO2(g) AHxn <0 <--> Corange-brown) (colorless) What would you observe upon placing the test tube with the colored gas in an path? O The orange-brown color would become even more intense.

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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Upon adding 0.75 g sulfamic acid to 0.85 M solution of NaNO,, you notice that
there is violent bubbling, a release of heat, and the formation of an orange-brown
gas. Your lab partner isolates the gas in a stoppered test tube. The equilibrium for
the orange-brown gas generated from the experiment is shown below.
2NO2)
N20Alg)
<-->
AHxn <0
(orange-brown)
(colorless)
What would you observe upon placing the test tube with the colored gas in an ice
bath?
O The orange-brown color would become even more intense.
O The gas would become a brown liquid, and then solidify.
O The test tube would become very hot.
O The color would gradually fade.
It is impossible to tell with the information provided
Transcribed Image Text:Upon adding 0.75 g sulfamic acid to 0.85 M solution of NaNO,, you notice that there is violent bubbling, a release of heat, and the formation of an orange-brown gas. Your lab partner isolates the gas in a stoppered test tube. The equilibrium for the orange-brown gas generated from the experiment is shown below. 2NO2) N20Alg) <--> AHxn <0 (orange-brown) (colorless) What would you observe upon placing the test tube with the colored gas in an ice bath? O The orange-brown color would become even more intense. O The gas would become a brown liquid, and then solidify. O The test tube would become very hot. O The color would gradually fade. It is impossible to tell with the information provided
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