Q1: A child with a heterozygous genotype for eye color will manifest which eye color? (Assuming blue is recessive, and brown is dominant allele for eye colors) A. Green B. The child will have Heterochromia iridum C. Blue D. Brown Q2: F1 ligers can reproduce, but their succeeding generations lose this ability, what is happening? A. Speciation happens B. Hybrid inviability happens C. Hybrid breakdown happens D. Hybrid sterility happens Q3: A population tested with the Hardy Weinberg equation results to 1=1. What does this imply? A. The population has some individuals with mutated genes B. The population is gradually changing C. There is a disaster that decimated the population D. The population is not changing
Q1: A child with a heterozygous genotype for eye color will manifest which eye color? (Assuming blue is recessive, and brown is dominant allele for eye colors) A. Green B. The child will have Heterochromia iridum C. Blue D. Brown Q2: F1 ligers can reproduce, but their succeeding generations lose this ability, what is happening? A. Speciation happens B. Hybrid inviability happens C. Hybrid breakdown happens D. Hybrid sterility happens Q3: A population tested with the Hardy Weinberg equation results to 1=1. What does this imply? A. The population has some individuals with mutated genes B. The population is gradually changing C. There is a disaster that decimated the population D. The population is not changing
Biology: The Dynamic Science (MindTap Course List)
4th Edition
ISBN:9781305389892
Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan
Chapter21: Microevolution: Genetic Changes Within Populations
Section: Chapter Questions
Problem 5TYK
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Q1: A child with a heterozygous genotype for eye color will manifest which eye color? (Assuming blue is recessive, and brown is dominant allele for eye colors)
A. Green
B. The child will have Heterochromia iridum
C. Blue
D. Brown
Q2: F1 ligers can reproduce, but their succeeding generations lose this ability, what is happening?
A.
B. Hybrid inviability happens
C. Hybrid breakdown happens
D. Hybrid sterility happens
Q3: A population tested with the Hardy Weinberg equation results to 1=1. What does this imply?
A. The population has some individuals with mutated genes
B. The population is gradually changing
C. There is a disaster that decimated the population
D. The population is not changing
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