A student performed a lab where ammonia and oxygen gases were bubbled through water at different temperatures. Gas Temperature of Amount of gas bubbled in the Solubility of gas in mol/L water in Celsius water 10 500 mol/L 0.055 g/kg of water O, 50 500 mol/L 0.028 g/kg of water NH, 10 500 mol/L 700 g/kg of water NH, 50 500 mol/L 230 g/kg of water Using the data table above and considering the type of gas molecules used in the experiment, which of the following explanations is the best to explain the resul

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Ammonia is most soluble at 10°C because the gas has a strong attraction to the water molecules and the lower the temperature of the solvent, the more soluble the gas.
Ammonia is least soluble at 50°C because there is not enough gas that is bubbled in the water.
Oxygen is not very soluble at 10°C because the water needs to be closer to the freezing point. A colder water temperature will cause the molecules to stick to each other better.
Oxygen is most soluble at 10°C because oxygen's formula matches water's formula and therefore has a strong attraction at that temperature.
Transcribed Image Text:Ammonia is most soluble at 10°C because the gas has a strong attraction to the water molecules and the lower the temperature of the solvent, the more soluble the gas. Ammonia is least soluble at 50°C because there is not enough gas that is bubbled in the water. Oxygen is not very soluble at 10°C because the water needs to be closer to the freezing point. A colder water temperature will cause the molecules to stick to each other better. Oxygen is most soluble at 10°C because oxygen's formula matches water's formula and therefore has a strong attraction at that temperature.
A student performed a lab where ammonia and oxygen gases were bubbled through water at different temperatures.
Gas
Temperature of
Amount of gas bubbled in the Solubility of gas in mol/L
water in Celsius
water
O,
10
500 mol/L
0.055 g/kg of water
O,
50
500 mol/L
0.028 g/kg of water
NH,
10
500 mol/L
700 g/kg of water
NH,
50
500 mol/L
230 g/kg of water
Using the data table above and considering the type of gas molecules used in the experiment, which of the following explanations is the best to explain the result
Transcribed Image Text:A student performed a lab where ammonia and oxygen gases were bubbled through water at different temperatures. Gas Temperature of Amount of gas bubbled in the Solubility of gas in mol/L water in Celsius water O, 10 500 mol/L 0.055 g/kg of water O, 50 500 mol/L 0.028 g/kg of water NH, 10 500 mol/L 700 g/kg of water NH, 50 500 mol/L 230 g/kg of water Using the data table above and considering the type of gas molecules used in the experiment, which of the following explanations is the best to explain the result
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