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Now observe the effect of a storm. Click the RUN button below to reset and run the model again so that aphids grow to their carrying capacity Click the STORM button below to simulate a stormy summer when thunderstorms regularly pass over the soybean field: Each time a thunderstorm hits the field, it kills some aphids in the population. Q3.11. Estimate the percentage decrease in the aphid population caused by the first, single thunderstorm: Check Answer 10/17 Population Changes Through Time 2000 1600 Im 800 20 1200 400 0.04 Parameters None Population Fit 40 Time

Now observe the effect of a storm. Click the RUN button below to reset and run the model again so that aphids grow to their carrying capacity Click the STORM button below to simulate a stormy summer when thunderstorms regularly pass over the soybean field: Each time a thunderstorm hits the field, it kills some aphids in the population. Q3.11. Estimate the percentage decrease in the aphid population caused by the first, single thunderstorm: Check Answer 10/17 Population Changes Through Time 2000 1600 Im 800 20 1200 400 0.04 Parameters None Population Fit 40 Time

Applications and Investigations in Earth Science (9th Edition)
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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Now observe the effect of a storm. Click the RUN button below to reset and run the model again so that aphids grow to their carrying capacity: Inscr Click the STORM button below to simulate a stormy summer when thunderstorms regularly pass over the soybean field: Each time a thunderstorm hits the field, it kills some aphids in the population. Q3.11. Estimate the percentage decrease in the aphid population caused by the first, single thunderstorm: 50 % Check Answer <10/17 Population Changes Through Time 2000 1600 1200 800 Number of Individuals 400 0.0 Parameters None 20 40 Time Population Fit 60 80
Transcribed Image Text:Now observe the effect of a storm. Click the RUN button below to reset and run the model again so that aphids grow to their carrying capacity: Inscr Click the STORM button below to simulate a stormy summer when thunderstorms regularly pass over the soybean field: Each time a thunderstorm hits the field, it kills some aphids in the population. Q3.11. Estimate the percentage decrease in the aphid population caused by the first, single thunderstorm: 50 % Check Answer <10/17 Population Changes Through Time 2000 1600 1200 800 Number of Individuals 400 0.0 Parameters None 20 40 Time Population Fit 60 80
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