30 points Plzzz help 1. Complete the "Table #1" Punnett square for the possible offspring.
2. After completing the Punnett square in "Table #1", move on to "Table #2". In "Table #2" you are now able to fill in "Probable Genotypes" of the
offspring, "Probable Phenotypes" of the offspring, and "Expected Probability" of the offspring. When you are completing the "Expected
Probability" of the offspring, you are to record the probability as a fraction and percentage. (Example: If the fraction from the Punnett square for a
certain genotype is 1/4 then do 1 divided by 4 to calculate the percentage which would be 25%.)
3. The two coins represent the two parents. One coin for one parent and the other coin for the other parent. Remember that each parent has two alleles for each
characteristic: R and r. One coin, representing one parent, has two sides, one side for one allele and the other side for the other allele. Attach a piece of masking tape to
each side of both coins. On one side of each coin write the one allele each parent has: R and R. On the other side of the same coins, write the other allele each parent
has: r and r. (When you finish this step you should have two coins with "R" on one side and "" on the other side.)
4. You will now simultaneously flip the two coins and record the result of the flip. Record the result of the flip, by writing a tally mark, slash, or check, under the
tally" column of Table #2 in the row of the genotype that the flip matches. Flip the two coins simultaneously for a total of 20 flips.
5. After flipping the two coins 20 times, add your tallies for each genotype, or row. Record the number of tallies (for each of the three genotypes) over 20 in the
***Experimental Genotypic Results - as fraction" column (ex. 8/20). After recording the fractions of your data, divide your fractions and record the percentages in the
column labeled "Experimental Genotypic Results - as percentage".