Assume one scientist hypothesizes that a particular area of the ocean will absorb and store more carbon than average. What is the most important thing the scientist should do to test that hypothesis? 1. Pump carbon into the water there and take more measurements over time. 2. Compare carbon dioxide levels over that area in different months of many years. 3. Release carbon over the area and take more measurements there over time. 4. Compare carbon dioxide levels over that area with carbon dioxide levels over other areas.
Assume one scientist hypothesizes that a particular area of the ocean will absorb and store more carbon than average. What is the most important thing the scientist should do to test that hypothesis? 1. Pump carbon into the water there and take more measurements over time. 2. Compare carbon dioxide levels over that area in different months of many years. 3. Release carbon over the area and take more measurements there over time. 4. Compare carbon dioxide levels over that area with carbon dioxide levels over other areas.
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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Question
Assume one scientist hypothesizes that a particular area of the ocean will absorb and store more carbon than average. What is the most important thing the scientist should do to test that hypothesis?
1. Pump carbon into the water there and take more measurements over time.
2. Compare carbon dioxide levels over that area in different months of many years.
3. Release carbon over the area and take more measurements there over time.
4. Compare carbon dioxide levels over that area with carbon dioxide levels over other areas.
Expert Solution
Step 1
Most carbon is bonded chemically to other elements to form compounds such as carbon dioxide, calcium carbonate, and the hydrocarbons found in coal and petroleum. Carbon is also the basic building block of life as it readily combines with hydrogen and oxygen to form the fundamental organic compounds that compose living things. In the atmosphere, carbon is found mainly as carbon dioxide (CO2).
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