Answer:
I believe the answer would be Heredity.
Explanation:
In the experiment, they painted yellow caterpillars green and placed them in a green environment amongst naturally green caterpillars. However, the paint only camouflaged the caterpillars into the environment, not reset their genes. So, the offspring of yellow caterpillars would most likely come out yellow (or green if it's in their genes), resulting in the yellow caterpillar offspring to be picked off more easily than the offspring of the green caterpillars.
(if that was confusing i completely apologize ;-;)
Answer: Expectation is that 75% of offspring will have the dominant phenotype, 25% the recessive phenotype.
Explanation: Pp x Pp gives expected offspring genotypes PP (25%), Pp (50%), pp (25%).
If P is dominant, the expectation for phenotype ‘P’ = 75% and for phenotype ‘p’ = 25%
Answer:
Null hypothesis: male and female spiders organized in mating pairs don't differ significantly in respect to body length
Alternative hypothesis: male and female spiders organized in mating pairs exhibit significant differences in respect to body length
The application of one statistical test in order to obtain one p-value (probability value) may provide useful evidence to support the alternative hypothesis (or reject it).
The inference procedure uses the information collected from the sample in order to obtain one conclusion. Frequentism is a type of inference procedure that can be used to test a hypothetical test case, which is here represented by male and female spiders organized in mating pairs.
Answer:
The Earth's movement through space affects life on Earth
Explanation:
Hope this helps: )