Which scenario best describes an acid shock event after the acidification of a body of water due to human activity?

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
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Which scenario best describes an acid shock event after the acidification of a body of water
due to human activity?
Sulfur dioxide 2) emissions are released from a local industrial factory and mix with
atmospheric gases and water vapor to form sulfuric acid 254). The acid then mixes
with precipitation that occurs over a lake. The amphibian population struggles to survive
the increase in the pH level of the water.
(NON)
2) emissions are released from a local industrial factory and mix
Nitrogen dioxide
(HNO3)
with atmospheric gases and water vapor to form nitric acid
The acid then
mixes with precipitation that occurs over a lake. The amphibian population struggles to
survive the increase in the pH level of the water.
Nitrogen dioxide (NO,)
emissions are released from a local industrial factory and mix
with atmospheric gases and water vapor to form nitric acid ANO3) The acid then
mixes with precipitation that occurs over a lake. The amphibian population struggles to
survive the neutral pH level of the water.
Sulfur dioxide 2) emissions are released from a local industrial factory and mixed
with atmospheric gases and water vapor to form sulfuric acid 204). The acid then
mixes with precipitation that occurs over a lake. The amphibian population struggles to
survive the decrease in the pH level of the water.
Transcribed Image Text:Which scenario best describes an acid shock event after the acidification of a body of water due to human activity? Sulfur dioxide 2) emissions are released from a local industrial factory and mix with atmospheric gases and water vapor to form sulfuric acid 254). The acid then mixes with precipitation that occurs over a lake. The amphibian population struggles to survive the increase in the pH level of the water. (NON) 2) emissions are released from a local industrial factory and mix Nitrogen dioxide (HNO3) with atmospheric gases and water vapor to form nitric acid The acid then mixes with precipitation that occurs over a lake. The amphibian population struggles to survive the increase in the pH level of the water. Nitrogen dioxide (NO,) emissions are released from a local industrial factory and mix with atmospheric gases and water vapor to form nitric acid ANO3) The acid then mixes with precipitation that occurs over a lake. The amphibian population struggles to survive the neutral pH level of the water. Sulfur dioxide 2) emissions are released from a local industrial factory and mixed with atmospheric gases and water vapor to form sulfuric acid 204). The acid then mixes with precipitation that occurs over a lake. The amphibian population struggles to survive the decrease in the pH level of the water.
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