From the markings that you had written and erased on your graph, it seems that you already have an idea of what you're supposed to do. Is it that you're having trouble scaling your graph on the provided sheet given the particular data? Or do you have a conceptual question with respect to the instructions?
I've provided the image of the graph according to my understanding of the instructions as stated in 1 and 2, and I've also attached the corresponding Excel spreadsheet that I used to create the graph. While the blank grid that you've attached doesn't scale identically to my graph, it should be possible to transpose the necessary elements into your grid to an acceptable approximation.
That said, please feel free to let me know if you have any clarifications, comments, or questions.
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C) Fossil A is younger than the index fossil
Note: Usually (unless in special cases such as movements caused by earthquakes (plate shifting) or other causes, the older fossils would be found in the lower strata. in this case, because it is measuring how low a certain fossil is, the greater the number, the older it is. The Index fossil is found 460 meters below the ground. On the other hand, Fossil A is located 166 meters above the Index fossil, at 294 meters. Therefore, C is your best answer.
hope this helps
Answer:
The esophagus is a long tube that connects the mouth to the stomach
Simple diffusion- movement of gas from high to low concentrations in lungs and etc.
Active transport- movement of large ions and molecules across cell from low to high concentrations.
Exocytosis- Exo exit the cell by waste and vesicles expel waste using ATP
Endocytosis- Endo means into the cell
Answer:
The correct answer is male meiosis I.
Explanation:
The genotype of the offspring is Cp/Cz/Ct, that is, it possesses alleles of the parent Cp/Cz. Thus, in this parent, non-disjunction has taken place at the time of meiosis I. At the time of meiosis I, the homologous chromosomes distinguishes, and in the given case, the homologous chromosomes with this gene have failed to segregate at the time of meiosis I.
Therefore, one of the two daughter cells generated post meiosis I comprise both the homologous chromosomes and this cell after meiosis II generated gamete comprising both the alleles that associated with Ct gamete from the mother giving rise to Cp/Cz/Ct offspring.