What conclusion can be drawn from a comparison of the frog and rat data? [2 pt]
the frog organ becomes proportionately smaller in larger individuals |
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the rat organ becomes proportionately larger in smaller individuals |
What conclusion can be drawn from an analysis of the rat data? [2 pt]
growth of the organ of interest is isometric |
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growth of the organ of interest is hypoallometric |
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growth of the organ of interest is hyperallometric |
What conclusion can be drawn from an analysis of the frog data? [2 pt]
growth of the organ of interest is hyperallometric |
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growth of the organ of interest is hypoallometric |
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growth of the organ of interest is isometric |
1)According to Kleiber's law, species with large body size has a lower metabolic rate,respiratory rate,heart rate etc when compared with species with small body size, therefore the frog organ becomes proportionately smaller in larger individuals and the rat organ becomes proportionately smaller in larger individuals.
2)Hyperallometric is when the body of the organism is small but organs grow big therefore growth of the organ of interest is hyperallometric.
3)Hypoallometric is when the body of the organism is big but the organs are small therefore the growth of the organ of interest is hypoallometric.
What conclusion can be drawn from a comparison of the frog and rat data? [2 pt]...
What conclusion can you draw
from your graph in Experiment 1?
One of the functions of pelvic spines in the ocean is to
protect stickleback from larger fish predators. Based on this
knowledge, what might be a possible explanation for the differences
in pelvic spines between Bear Paw Lake and Frog Lake
sticklebacks?
What is the relationship between age and position of sediment
layers in the Nevada lake quarry?
How would you test whether the ancient Nevada lake contained
predatory...
what conclusion can be drawn about reflected angles and incident
angles from the table
Incident Ray Angle of Incidence, Oj C, measured from Normal) 20 Angle of Reflection, O. C, measured from Normal) 19 A B 42 43 С 70 69 Table 1
what conclusion can be drawn about reflected angles and incident
angles from the table
Incident Ray Angle of Incidence, Oi C, measured from Normal) 20 Angle of Reflection, O C, measured from Normal) 19 A B 42 43 C 70 69 Table 1. Incident and Reflected Angles
21. What conclusion can be drawn about abortion based on the Roe v. Wade decision? a. Abortion is both moral and ethical. b. The right to an abortion is guaranteed by the Constitution of the United States. C. The right to self-determination includes the right to have an abortion. d. When there is a conflict between the rights of the mother and the rights of the fetus, abortion is one of the options. 22. Identify a primary goal of the...
QUESTION 2 What conclusion can be drawn about a patient whose total IgE level was determined to be above normal? The patient definitely has allergic tendencies. The patient may be subject to anaphylactic shock. Antigen-specific testing should be performed to determine the Ag The patient will never have an allergic reaction
Question 1: Question 2: What is one conclusion that you can draw from this analysis? Identify two results that support this conclusion. Activity Lovel of Three Digestive Enzymes Across A Range of pH Values Activity Level .-Trypsin Pepsin --Amylase 2 3 4 10 11 12 5 6 7 8 9 pH of solution
97. What is the conclusion to draw from this data? Sales/Assets 3.00 2.50 2.00 1.50 1.00 0.50 0.00 2017 2018 Plan Industry 99. What is the conclusion to draw from this data? Times Interest Earned (TIE) 30.00 25.00 20.00 15.00 10.00 5.00 0.00 2017 2018 Plan Industry 98. What is the conclusion to draw from this data? Leverage Ratio (Total Assets/Equity) 3.50 3.00 2.50 2.00 1.50 1.00 0.50 0.00 2017 2018 Plan Industry
Let the following sample of 8 observations be drawn from a normal population with unknown mean and standard deviation: 21, 20, 25, 18, 28, 19, 13, 22. [You may find it useful to reference the t table.] a. Calculate the sample mean and the sample standard deviation. (Round intermediate calculations to at least 4 decimal places. Round "Sample mean" to 3 decimal places and "Sample standard deviation" to 2 decimal places.) b. Construct the 90% confidence interval for the population...
The following observations are from two independent random samples, drawn from normally distributed populations. Sample 1 9.74, 9.04, 8.06, 6.09, 7.51 Sample 2 |[25.96, 26,27, 26,34, 39.09, 33.88, 28.87, 33.46] We are interested in testing the null hypothesis that the two population variances are equal, against the one-sided alternative that the variance of Population 1 is larger than the variance of Population 2. Define Population 1 to be the population with the larger sample variance a) What are the appropriate...
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