6. Questions: Round 2 - Male parental involvement。 Did the average number of matings per type vary amongfemales? If so how? And why or why not?。 Did the average number of matings per type vary amongmales? If so how? And why or why not?。 Did the average reproductive success per type varyamong females? If so how? And why or why not?Did the average reproductive success per type varyamong males? If so how? And why or why not?7. General QuestionsоHow did your results differ between Round 1 (no maleparental involvement) and Round 2 (no male parentalinvolvement)?

**Method for addressing the query:**1. Comprehending the setup of the experiment: Start by carefully…

Answered: 6. Questions: Round 2 - Male parental…

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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Please answer asap and type your answer and do not copy from anywhere please
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Please answer fast
Q6.6. If gametes from a gene pool combine randomly to make only a small number of zygotes, the allele frequencies among the zygotes may be quite different than they are in the gene pool. Why? The effects of natural selection are more pronounced in small populations. Changes in allele frequencies over many generations are inevitable with sexual reproduction. Alleles combine more randomly with a small number of zygotes. The effects of sampling error are more pronounced with smaller samples.
What is the frequency of winged dragons? (take # winged / total dragons)
Mating success Reproductive success Mating success 80 80 Reproductive success 15 12 60 60 12 40 40 6. 20 20 3. 15 30 30 12 6. 20 20 4 10 10 2. 0 1 2 3 4 5 Number of mates 0 100 200 300 Number of offspring 0 1 2 34 Number of mates 0 40 80 120 Number of offspring Figure 2. Distributions showing variation in mating and reproductive success in male (upper) and female (lower) of Rough-Skinned Newts (left) and Broad-nosed Pipefish (right). 2. In which of the two species would you predict the costs of reproduction between males and females is more similar and why? Number of females Number of males
6. The American toad mates in early summer, and the Fowler's toad mates in late summer. Due to seasonal changes, an American toad attempts to mate with a Fowler's toad. What would be the outcome? The offspring is not likely to survive. O The toads will not be able to successfully mate. The offspring would be sterile. The offspring may be born with a deformity.
Mating success Reproductive success Mating success 80 80 Reproductive success 15 12 60 60 12 40 40 6. 20 20 3. 15 30 30 12 6. 20 20 4 10 10 2. 0 1 2 3 4 5 Number of mates 0 100 200 300 Number of offspring 0 1 2 34 Number of mates 0 40 80 120 Number of offspring Figure 2. Distributions showing variation in mating and reproductive success in male (upper) and female (lower) of Rough-Skinned Newts (left) and Broad-nosed Pipefish (right). 3. Which species would you predict would exhibit the greatest degree of sexual dimorphism? Use sexual selection theory to support your answer.
ACTIVITY 3: Incomplete dominance vs. codominance Coat color in dragons is controlled by 2 alleles. A black dragon is crossed with a white dragon and all of the offspring are gray. Are the alleles incompletely dominant or codominant? ___ Explain (how do you know)? What would offspring of the other type probably look like? __
Think about a population of 50 individuals. In this population there are 6 individuals that have a homozygous recessive genotype and 9 individuals have a heterozygous genotype. The gene exhibits complete dominance. What proportion of individuals exhibit a dominant phenotype? Check both your the way that you think of this and how you calculate this one. Write it out.

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