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No, because that's impossible unless you planed on doing that and if you did that will b called cheating.
It would depend on the genetic diversity and traits of the other pairs of students in the class. If they share similar genetic backgrounds or environmental influences, their offspring might exhibit some similarities. However, each pair's unique combination of genetics and experiences would likely result in varied offspring, making it unlikely for any two pairs to produce similar children. Ultimately, the uniqueness of each individual's genetic makeup plays a crucial role in determining offspring traits.
they can but they would need a big cage. but they can live alone
Offspring inherit one set of chromosomes from each parent, resulting in pairs of homologous chromosomes. In humans, for example, there are 23 pairs of homologous chromosomes, totaling 46 chromosomes. Thus, an offspring would have 23 pairs of homologous chromosomes, one from each parent.
You would expect a 1:1 ratio of offspring with a long body (LL) to offspring with a short body (ll) due to the incomplete dominance of the gene for body length in Drosophila.
If one trait is dominant over the other, then you would expect all of the offspring to have the dominant trait.
Of course. If parrots did not reproduce, there would be no parrots left. Parrots reproduce by laying eggs, as all birds do.
Why would parrots be in the river
if you can work out what the 'following animals' are, you'll be a lot closer to the answer!
XeF4 is a molecule with 6 electron pairs around the central Xenon atom. Based on VSEPR theory, this would result in an octahedral molecular geometry with 4 bonding pairs and 2 lone pairs.
You would expect to see a 1:1 ratio of offspring with red stripes to offspring with yellow stripes. This is because the offspring would inherit one allele for red stripes and one allele for yellow stripes, resulting in a 1:1 genotypic ratio.
To predict how many offspring would have red leaves, we need to consider the genetics involved, specifically if the trait for red leaves is dominant or recessive. If red leaves are dominant and both parents have at least one red leaf allele, we could expect a majority of the offspring to exhibit the red leaf trait. If both parents are heterozygous for the trait, we might predict about 75% of the four offspring will have red leaves. Therefore, you could expect 2 to 3 offspring to have red leaves, depending on the specific genetic makeup of the parents.