cell membrane: both
cytoplasm: both
chloroplast: plant
im not sure about the others sorry
<span>Both of these show the distribution of phenotypes. In directional selection, the distribution of phenotypes forms a "bell curve." Selection against one of the extreme phenotypes causes the distribution to "move" in one direction or the other. An example might be plants whose flower color is determined by incomplete dominance: white, pink, or red. Pink flowers may be the average phenotype, but if we start to remove red flowers from the population, the "mean" phenotype will be shifted toward white flowers.
In disruptive selection, the average phenotype is selected against. This produces a "two-humped" bell-type curve, and the greater distribution is split between the two phenotype extremes. If we have the same type of incomplete dominance as mentioned in the previous paragraph, assume that the pink flowers are selected against. This means that the two "humps" shown in the distribution will be centered around the red and white phenotypes.</span>
The following describe the inheritance pattern of autosomal genetic disorders.
- For an autosomal dominant disorder to be expressed just one copy of the abnormal allele must be inherited.
- For an autosomal recessive disorder to be expressed, two copies of the abnormal allele must be inherited.
<h3>What is autosomal genetic disorder?</h3>
Autosomal disorders is a form.of genetic disorders which is as a result of mutations in genes on the autosomes or chromosomes. Each person have two copies of autosomal gene, one of the alleles are inherited from each parent. Autosomal dominant disorders occur when there is a mutation in one copy of the gene.
Therefore, The following describe the inheritance pattern of autosomal genetic disorders.
- For an autosomal dominant disorder to be expressed just one copy of the abnormal allele must be inherited.
- For an autosomal recessive disorder to be expressed, two copies of the abnormal allele must be inherited
Learn more about autosomal genetic disorder below.
brainly.com/question/7978838
Answer:
Even though matter can be found all over the Universe, you will only find it in a few forms Scientists will probably discover more states of matter as we continue to It's a fun state of matter when you remove almost all energy from a system.
Explanation:
