Answer: C) Codominance
Explanation:
When the offsprings phenotype is a combination of both parents
Answer:
The correct answer is E. All of the above
Explanation:
Variation in offspring can be contributed by many different events that change the DNA sequence in gametic cells. These events are crossing over, mutation, independent assortment, and random fertilization.
During the gamete formation, the different genes are assorted independently from the other gametes which results in forming various possible combinations of genes in a gamete increasing the genetic variation.
Crossing over occurs during meiosis between the homologous chromosome that results in exchange of genetic material that brings genetic variation in gametes. During random fertilization, the two gametes fuse and genetic material of two different individual comes to make an offspring which forms a genetical different offspring.
Mutation in the gametic cell is transferred to the offspring during fertilization. Therefore all contributes to variation in offspring produced by sexual reproduction.
Answer:
Consumptive rates are so high because water that is applied to a field is considered lost to the immediate water system. It either gets evaporated, used by the plants, or leaves the field as run-off. In addition, leaks or evaporation cause loss while water is being transported from the source to the field, often over great distances.
1) Glucose
2) Glycolysis
3) Anaerobic process
4) fermentation
5) NAD+
6) pyruvate
7) Krebs cycle
8) electron transport chain
pretty sure this is right anyway, hope i helped some
Endocytosis is when a cell takes in materials from the outside by "swallowing" it with its plasma membrane. Hope this helps! :)
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