Answer: In this lab we explored the relationship between genotype and phenotype with a virtual experiment testing the hypothesis “if either parent mouse passes a dominant allele, then the offspring will have black fur. We used “B” for the dominant allele (black fur) and “b” for the recessive allele (white fur). Step 1-3 We made predictions for each step by filling in the shaded boxes with the alleles of each parent in a punnett square then breeding ten offspring mice using a data table to record the number (out of 10) and a percentage (out of 100%) of each phenotype in the rows”Simulated Number” and “Simulated Percentages.” Step four was to cross a female with white fur and a male with black fur. The next part was recording and inserting the number of offspring with each fur color, then converting these numbers to percentages into our data table. Step 5 was determining the genotypes of the parents in the test cross.
Explanation:
B. energy transferred from the sun to plants and then to a series of living things.
Unconventional or non criteria pollutants can include several toxic or non-toxic elements. Toxic chemicals, such as benzene, beryllium, PCBs, asbestos and vinyl chloride are man-made unconventional toxic pollutants that are regulated by the EPA. Other forms of unconventional pollution include noise, unpleasant odors and light pollution as well as aesthetic factors.
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The condition of acidosis can also cause hyperkalemia because the higher H+ concentration diffuses to the intracellular fluid, pushing K+ towards the extracellular fluid.
Hyperkalemia describes a potassium level in the blood which is higher than normal. Potassium is a vital substance to the function of nerve and muscle cells, including those of the heart. Blood potassium is normally 3.6 to 5.2 millimoles per liter.