Let’s use symbols for better understanding.
It is given that the mother has two alleles, one with and one without. Making the symboled be...Dd.
The father isn’t given so it would be a little hard to add them in a punnet square.
It would depend if the father would have all alleles be recessive (dd), dominant (DD), or be like the mother heterozygous (Dd).
Given the fact that the father isn’t given, here are all the probabilities with all three factors:
1. dd
This would make the result be
(Dd, dd, Dd, dd)
Meaning that there is a 50/50 chance for the offspring to have dimples. The other problem is that the problem doesn’t state that dimples are either dominant nor recessive so, in this case, I’ll assume their recessive.
The other 50% is for the offspring to have heterozygous genes. Meaning that they have the dimples gene but it’s covered up by the dominant gene of not having any.
2. DD
Here it would be really hard to have the offspring to have dimples. The parent has both alleles to be dominant, meaning that they will overrule the gene for dimples. Making the result be...
(DD, DD, Dd, Dd)
There is a 100% chance of the offspring to have the dominant gene overrule the recessive gene. But there is another 50% chance for the offspring to have the recessive gene hidden.
3. Dd
Result is...
(DD, Dd, Dd, dd)
This means that there is a 75% chance for the offspring to have the dominant gene overrule the recessive. But there is a 50% chance for the recessive gene to be hidden. There is a 25% chance for the offspring to have a pure dominant set of alleles, making them not have the recessive gene of having dimples at all. But there is another pure set of alleles for having the recessive gene stand out, a 25% chance for this case.
Hope this helps!
Answer:
Removed from atp to form adp
Explanation:
ATP (or adenosine triphosphate) is a molecule capable of storing small amounts of energy (from food breakdown) in its chemical bonds.
When cells need energy to perform various metabolic functions, the ATP molecule breaks down (by hydrolysis).
Then, the bond between the second and third phosphate breaks, releasing energy, leaving one ADP (adenosine diphosphate) moleculeand a free phosphate group.
b. the way it moves
c. presence of an eye spot
d. none of these
Answer:
the correct answer is A.
Mold is a biotic component of the environment. It's a living organism that contributes significantly to the decomposition of dead matter. While molds are influenced by abiotic factors such as sunlight and salinity, they are themselves living and thus part of the biotic factors.
Mold is a biotic component, which means it's a living part of the environment. It consists of multicellular organisms that play critical roles in the decomposition of dead plants and animals. While they can be found in various environments, molds are categorized by their ability to grow as long filaments that form visible colonies.
Molds are critical to the life cycle and energy exchange in many ecosystems, contributing to critical biological processes. Abiotic factors, such as salinity and sunlight, influence the distribution and prevalence of molds in various ecosystems, but these are non-living components of the environment.
Simply put, molds are important organisms that contribute to the decomposition process and are considered part of the biotic factors in an environment due to their living nature, unlike abiotic factors such as water, air, soil, sunlight, and salinity.
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The given blank can be filled with the application of an observing instrument administered into the abdomen.
Laparoscopy also called diagnostic laparoscopy, it is a surgical diagnostic approach utilized to access the organs present within the abdomen. It is a least invasive and low-threat approach, which needs only small cuts. Laparoscopy utilizes an apparatus known as laparoscope to observe the abdominal organs.