Based on the fictional graph below investigating the impact of color on the # of eggs laid by female dragons, which of the following statements is true? Select ALL correct answers. Number of Eggs A A B Red Green Blue Dragon Color ✔Blue dragons lay significantly less eggs than both red and green dragons. When researchers preformed a statistical test comparing the number of eggs laid by red & green dragons, the p-value was < 0.05. ✔When researchers preformed a statistical test comparing the number of eggs laid by red & blue dragons, the p-value was < 0.05. Without error bars, we can not infer statistical significance from this graph.

What would happen to the relative frequencies of moth colors if environmental laws curtailed pollution and the tree bark went back to the pre-industrial color?   Question 8 options:   The ratio of light to dark-colored moths would stay the same.   Eventually, there would be relatively more dark-colored moths.    Eventually there would be relatively more light-colored moths.

magine we are selecting porcupines to make them pricklier. The narrow-sense heritability of prickliness is 0.7. Average prickliness in the population before selection is 100 Pu (prickly-units). We have identified two very prickly porcupines to be the founding individuals for the next generation. The prickliness of the mother is 112 Pu and the prickliness of the father is 108 Pu. What will the prickliness of their offspring be?  _____ Pu

A population of squid has 50 AA individuals, 20 Aa individuals, and 30 aa individuals.  (a) Calculate the observed f(A) and f(a) for this population. Show your work and clearly indicate your final answers.     (b) Calculate the observed f(AA), f(Aa), and f(aa) for this population. Show your work and clearly indicate your final answers.     (c) Calculate the expected genotype frequencies if the population is in Hardy-Weinberg equilibrium. Show your work and clearly indicate your final answers.     (d) Does this population appear to be in Hardy-Weinberg equilibrium? Why or why not? Be specific in your explanation.

What is the frequency of winged dragons? (take # winged / total dragons)

Please answer asap and in short and content should not be palgarised please

I am testing the prediction that spiders with colors that match a flower (cryptic coloration) will have greater success hunting bees visiting that flower. I set up two treatments for spiders: those matching their flower and those not matching their flower. I measure how long it takes each of them to catch a bee. What kind of statistical test would be best for testing my prediction? Chi-square ●ANOVA Regression

Give only typing answer with explanation and conclusion Researchers were measuring the % change in range sizes of 42 mammal species over a 50 year period. The values ranged from -14.6% (indicating a decrease of 14.6% in the range size) to +32.1% (indicating an increase of 32.1% in the range size). On average, the mean % change across all the species was +6.3%. To test whether this result differed from the null hypothesis expectation that the mean change would be 0% what test should the researchers use? a) independent sample t-test b) paired t-test c) non-parametric test d) single sample t-test

Give typing answer with explanation and conclusion

Which of the following are usually considered as errors in the ranging or scaling of axes? Check all that apply. The maximum value recorded in the experiment (e.g., 50% hatch rate) is half that the maximum value on the axis (e.g., 100%). The year recorded on the X axis does not start at 0. The axes labels have numbers that are not whole numbers. he numbers on an axis are spread evenly (e.g., ticks at 10, 20, 30, etc. units).