Creado por Jennifer Matthews
hace alrededor de 1 año
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A dominant trait is hidden by a recessive trait. | False |
A plant following simple dominance and has the genotype Tt would exhibit the dominate trait | True |
Different forms of genes that result in different traits are alleles. | True |
An organism's genotype determines its phenotype. | True |
The number of boxes in a Punnett square with hybrid genotypes tells you exactly how many hybrid offspring will be produced. | False |
Some characters do not follow Mendel's principles of heredity. | True |
Skin color, height, and intelligence are controlled by a single gene. | False |
Natural selection can produce the variety of dogs that we see today. | True |
Natural selection has been observed to create new kinds of organisms. | False |
Natural selection can't create new genetic information; it can ONLY remove genetic info from a population. | True |
Two traits produce a blended phenotype. | Incomplete Dominance |
The pod color of pea plants is controlled by only one gene that has two possible alleles. | Simple Dominance |
A gene has more than two possible alleles. | Multiple Alleles |
2 or more genes interact to produce a single trait. | Polygenic Inheritance |
Both traits are present in hybrid offspring, but without blending. | Codominance |
The study of how traits are passed from one generation to the next is called the science of | Heredity |
The letters that help visualize a pea plant's genetic makeup is the | Genotype |
Crossing red-flowering camelias and white-flowering camellias to produce camellias with flowers that are both red and white is | Codominance |
The random change in the ratio of alleles in a population over time is known as | Genetic drift |
If a black and a white sheep mate, what color is the offspring? | Gray |
Where do creationists and evolutionists agree on the effects of natural selection? | That natural selection affects population and that they change when the environment does. |
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