Select the statements from the list below that are supported by evidence from th
ID: 800250 • Letter: S
Question
Select the statements from the list below that are supported by evidence from the experiments performed in your laboratory section.
Nitrogen reacts completely with oxygen at the normal prevailing temperature in the lower atmosphere.
Nitric oxide reacts with oxygen in the lower atmosphere.
In a location where NOx is being produced, NOx concentrations in air will tend to increase on days with stagnant, dry air.
Rainy days will remove NOx from the lower atmosphere.
Nitric oxide does not react with nitrogen in the lower atmosphere.
In a location where NOx is produced in significant quantities, a person with breathing problems will have a higher health risk on rainy days.
The product of the reaction of nitric oxide with air dissolves completely in water.
Nitric oxide does not react with oxygen in the lower atmosphere.
In a location where NOx is being produced, NOx concentrations in air will tend to decrease on days with stagnant, dry air.
Nitric oxide reacts with nitrogen in the lower atmosphere.
This confuses me. Our lab involved:
+Collecting gas samples
+Preparation of NO
+Transfering of pure gas samples
+The reaction of NO and air (which was 2 parts NO to 1 part O2 gas)
Thanks!
Nitrogen reacts completely with oxygen at the normal prevailing temperature in the lower atmosphere.
Nitric oxide reacts with oxygen in the lower atmosphere.
In a location where NOx is being produced, NOx concentrations in air will tend to increase on days with stagnant, dry air.
Rainy days will remove NOx from the lower atmosphere.
Nitric oxide does not react with nitrogen in the lower atmosphere.
In a location where NOx is produced in significant quantities, a person with breathing problems will have a higher health risk on rainy days.
The product of the reaction of nitric oxide with air dissolves completely in water.
Nitric oxide does not react with oxygen in the lower atmosphere.
In a location where NOx is being produced, NOx concentrations in air will tend to decrease on days with stagnant, dry air.
Nitric oxide reacts with nitrogen in the lower atmosphere.
This confuses me. Our lab involved:
+Collecting gas samples
+Preparation of NO
+Transfering of pure gas samples
+The reaction of NO and air (which was 2 parts NO to 1 part O2 gas)
Thanks!
Explanation / Answer
Rainy days will remove NOx from the lower atmosphere.
Nitric oxide does not react with nitrogen in the lower atmosphere.
In a location where NOx is produced in significant quantities, a person with breathing problems will have a higher health risk on rainy days.
The product of the reaction of nitric oxide with air dissolves completely in wat
Rainy days will remove NOx from the lower atmosphere.
Nitric oxide does not react with nitrogen in the lower atmosphere.
In a location where NOx is produced in significant quantities, a person with breathing problems will have a higher health risk on rainy days.
The product of the reaction of nitric oxide with air dissolves completely in wat
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