To measure the emission of carbon dioxide from the soil, a scientist places a chamber over the soil. She continuously measures atmospheric CO2 concentration in the chamber during the sampling period. She performed the measurements three times and each time sampled for a different length. Her results are below. What is the order of samples from greatest rate of emission (CO2 / second) to lowest?

Basic Clinical Lab Competencies for Respiratory Care: An Integrated Approach
5th Edition
ISBN:9781285244662
Author:White
Publisher:White
Chapter13: Oxygen Administration
Section: Chapter Questions
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Can you please help answer this question regarding the graph it shows?
1.
3.
Time (seconds)
O Insufficient information to make a determination
О 1,3, 2
O 1, 2, 3
О 3, 1,2
О 2,1,3
Carbon Dioxid
Concentration (p
Transcribed Image Text:1. 3. Time (seconds) O Insufficient information to make a determination О 1,3, 2 O 1, 2, 3 О 3, 1,2 О 2,1,3 Carbon Dioxid Concentration (p
To measure the emission of carbon dioxide from the soil, a scientist places a
chamber over the soil. She continuously measures atmospheric CO2 concentration
in the chamber during the sampling period. She performed the measurements
three times and each time sampled for a different length. Her results are below.
What is the order of samples from greatest rate of emission (CO2/ second) to
lowest?
2.
Time (seconds)
O Insufficient information to make a determination
O1.3,2
Carbon Dioxide
Concentration (ppm)
Transcribed Image Text:To measure the emission of carbon dioxide from the soil, a scientist places a chamber over the soil. She continuously measures atmospheric CO2 concentration in the chamber during the sampling period. She performed the measurements three times and each time sampled for a different length. Her results are below. What is the order of samples from greatest rate of emission (CO2/ second) to lowest? 2. Time (seconds) O Insufficient information to make a determination O1.3,2 Carbon Dioxide Concentration (ppm)
Expert Solution
Step 1

Rate of emission

It is equal to the amount of CO2 concentration divided by seconds. The scientist has measeured the concentration of carbon dioxide from the chamber.

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