The figure below shows the response of ecosystem state to changing environmental conditions. If the environment changed from E3 to EO at the same rate, what would be the correct description of the trajectory in system state? EO E1 E2 ЕЗ Environmental condition O The system would start at S2, end at S1, and the rate of change would be the same as the change in the environment. O The system would start at S2, end at S1, and have the fastest rate of change around E1. O The system would start at S2, end at S1, and have the fastest rate of change around E2. O The system would start at S1, end at S2, and have the fastest rate of change around E2. O The system would start at S1, end at S2, and have the fastest rate of change around E1. System state variable S2

Human Anatomy & Physiology (11th Edition)
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Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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Can you please help answer this question of which description best fit the graph?
The figure below shows the response of ecosystem state to changing
environmental conditions. If the environment changed from E3 to EO at the same
rate, what would be the correct description of the trajectory in system state?
E0
E1
E2
ЕЗ
Environmental condition
O The system would start at S2, end at S1, and the rate of change would be the same as the
change in the environment.
The system would start at S2, end at S1, and have the fastest rate of change around E1.
O The system would start at S2, end at S1, and have the fastest rate of change around E2.
O The system would start at S1, end at S2, and have the fastest rate of change around E2.
O The system would start at S1, end at S2, and have the fastest rate of change around E1.
System state variable
S2
Transcribed Image Text:The figure below shows the response of ecosystem state to changing environmental conditions. If the environment changed from E3 to EO at the same rate, what would be the correct description of the trajectory in system state? E0 E1 E2 ЕЗ Environmental condition O The system would start at S2, end at S1, and the rate of change would be the same as the change in the environment. The system would start at S2, end at S1, and have the fastest rate of change around E1. O The system would start at S2, end at S1, and have the fastest rate of change around E2. O The system would start at S1, end at S2, and have the fastest rate of change around E2. O The system would start at S1, end at S2, and have the fastest rate of change around E1. System state variable S2
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