QuestionMay 25, 2025

A student found the pH of a given carbonated drink at 1 degree celsius to be 3. He left the drink on the counter for 4 hours and then checked the PH again. The pH showed a decrease because the carbon dioxide increased in the drink The pH showed a decrease because the carbon dioxide decreased in the drink The pH showed an increase due to increase in Carbon dioxide in the drink The pH showed an increase due to the decrease of carbon dioxide in the drink

A student found the pH of a given carbonated drink at 1 degree celsius to be 3. He left the drink on the counter for 4 hours and then checked the PH again. The pH showed a decrease because the carbon dioxide increased in the drink The pH showed a decrease because the carbon dioxide decreased in the drink The pH showed an increase due to increase in Carbon dioxide in the drink The pH showed an increase due to the decrease of carbon dioxide in the drink
A student found the pH of a given carbonated drink at 1 degree celsius to
be 3. He left the drink on the counter for 4 hours and then checked the PH
again.
The pH showed a decrease because the carbon dioxide increased in the drink
The pH showed a decrease because the carbon dioxide decreased in the drink
The pH showed an increase due to increase in Carbon dioxide in the drink
The pH showed an increase due to the decrease of carbon dioxide in the drink

Solution
4.4(270 votes)

Answer

The pH showed an increase due to the decrease of carbon dioxide in the drink. Explanation 1. Understand pH and CO2 Relationship Carbon dioxide (CO_2) in a solution forms carbonic acid, which lowers the pH. If CO_2 decreases, the pH increases. 2. Analyze Temperature Effect At room temperature, CO_2 tends to escape from the liquid, decreasing its concentration. 3. Determine pH Change As CO_2 decreases, the acidity decreases, leading to an increase in pH.

Explanation

1. Understand pH and CO2 Relationship<br /> Carbon dioxide ($CO_2$) in a solution forms carbonic acid, which lowers the pH. If $CO_2$ decreases, the pH increases.<br /><br />2. Analyze Temperature Effect<br /> At room temperature, $CO_2$ tends to escape from the liquid, decreasing its concentration.<br /><br />3. Determine pH Change<br /> As $CO_2$ decreases, the acidity decreases, leading to an increase in pH.
Click to rate:

Similar Questions