/ Question 3 A scientist claims that orchid populations will be smaller in areas that have an average spring temperature of 9°C compared to areas that have an average spring temperature of 7°C. Which argument BEST supports this claim? Orchid populations will be smaller at higher temperatures because the probability of male pollinating bees arriving before orchid flowering is lower. This will result in decreased orchid reproduction and smaller populations. A Orchid populations will be smaller at higher temperatures because the probability of male pollinating bees arriving before orchid flowering is lower. This will result in increased orchid reproduction and smaller populations. Orchid populations will be smaller at higher temperatures because the probability of male pollinating bees arriving before orchid flowering is greater. This will result in increased orchid reproduction and smaller populations. Orchid populations will be smaller at higher temperatures because the probability of male pollinating bees arriving before orchid flowering is greater. This will result in decreased orchid reproduction and smaller populations. D
/ Question 3 A scientist claims that orchid populations will be smaller in areas that have an average spring temperature of 9°C compared to areas that have an average spring temperature of 7°C. Which argument BEST supports this claim? Orchid populations will be smaller at higher temperatures because the probability of male pollinating bees arriving before orchid flowering is lower. This will result in decreased orchid reproduction and smaller populations. A Orchid populations will be smaller at higher temperatures because the probability of male pollinating bees arriving before orchid flowering is lower. This will result in increased orchid reproduction and smaller populations. Orchid populations will be smaller at higher temperatures because the probability of male pollinating bees arriving before orchid flowering is greater. This will result in increased orchid reproduction and smaller populations. Orchid populations will be smaller at higher temperatures because the probability of male pollinating bees arriving before orchid flowering is greater. This will result in decreased orchid reproduction and smaller populations. D
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Question 3
A scientist claims that orchid populations will be smaller in areas that have an average spring
temperature of 9°C compared to areas that have an average spring temperature of 7°C. Which
argument BEST supports this claim?
sa
at
ak
gure
ak
Orchid populations will be smaller at higher temperatures because the
probability of male pollinating bees arriving before orchid flowering is lower. This
will result in decreased orchid reproduction and smaller populations.
A
Orchid populations will be smaller at higher temperatures because the
probability of male pollinating bees arriving before orchid flowering is lower. This
will result in increased orchid reproduction and smaller populations.
Orchid populations will be smaller at higher temperatures because the
probability of male pollinating bees arriving before orchid flowering is greater.
This will result in increased orchid reproduction and smaller populations.
Orchid populations will be smaller at higher temperatures because the
probability of male pollinating bees arriving before orchid flowering is greater.
This will result in decreased orchid reproduction and smaller populations.
e
2cer
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