What prediction of the runaway model that is never predicted for the good genes mod-el may help to distinguish between both models in natural populations?
What will be an ideal response?
ANS:
Female preference may evolve to a point that is detrimental to female fitness.
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Select the closest relative to a squirrel.
A. Plants B. Fungi C. Kelp D. Diatoms E. Green algae F. Bacteria
Bacterial vaginosis may be the result of transfer from the rectum where the causative organisms usually reside in addition to occurring by means of sexual transmission.
Answer the following statement true (T) or false (F)
You do an experiment in the laboratory and add increasing amounts of substrate to a solution containing an enzyme
and a pH buffer. You incubate the container at the optimal temperature for your enzyme. Each time you add more substrate, you measure the rate of the reaction. If you graph the results with substrate concentration on the x-axis and reaction rate on the y-axis, what will you find over time?
a. The rate of the reaction will proceed with a slope of 1 and continue in a linear fashion indefinitely or until you run out of reactants. b. The rate of the reaction will increase rapidly, taper off, and plateau.
c. The rate of the reaction will increase slowly, plateau, and then drop sharply back to zero. d. The resulting graph will be a perfect bell curve. e. There is no way to predict what the graph will look like without more information.
List the units of the hierarchy of life in order from smallest to largest
What will be an ideal response?