- Bob And Mary Are Both Healthy Carriers Of The Sickle Cell Disease Allele This Is An Autosomal Recessive Condition Th 1 (13.64 KiB) Viewed 67 times
- Bob And Mary Are Both Healthy Carriers Of The Sickle Cell Disease Allele This Is An Autosomal Recessive Condition Th 2 (21.24 KiB) Viewed 67 times
- Bob And Mary Are Both Healthy Carriers Of The Sickle Cell Disease Allele This Is An Autosomal Recessive Condition Th 3 (42.42 KiB) Viewed 67 times
- Bob And Mary Are Both Healthy Carriers Of The Sickle Cell Disease Allele This Is An Autosomal Recessive Condition Th 4 (39.65 KiB) Viewed 67 times
Bob and Mary are both healthy carriers of the Sickle Cell Disease allele (this is an autosomal recessive condition).. They met in a support group and against their doctor's advice, decide to have a child. What is the probability that their child will have Sickle Cell Disease? 100% 00% 75% O 25%
A woman with type O blood has a baby with a man who has type AB blood. What are the possible blood types o the baby? SELECT ALL THAT APPLY but be aware that incorrect answers count against you. Type O Type AB Type A Type C Type B
vas Technology Services | VCU Phenotype Brown, Pea comb Brown, Single comb White, Pea comb White, Single comb Total: (0) 120 20 30 10 180 (E) O-E (O-E)* (O - E)* /E a) On your own paper, calculate the Chi-squared value for this data set. Round the EXPECTED values to WHOLE NUMBERS, then round to two decimal places along the way, and enter the Chi-squared value (to two decimal places) here: <p< Chi-squared: b) How many degrees of freedom are in this data set? Enter the number here: (enter just the number, nothing else) c) Now use the table below to determine the p value. Enter the range for the p value here: (Note that the p values get smaller as we move to the right.) d) Based on this p value, are the observed results significantly different from the expected (Mendelian) numbers? (This is a yes or no answer). Enter your answer here: Quiz: Exam 1-PART 1
ments nts In chickens, a pea comb (P) is dominant over a single comb (p), and brown feathers (B) are dominant over white feathers (b). A brown chicken with a pea comb is mated with a white chicken with a single comb, producing heterozygous F1 offspring. These F1 chickens are then mated to each other and produce the F2 offspring in the table below. F2 Offspring Phenotype Brown, Pea comb Brown, Single comb White, Pea comb White, Single comb Total: #Observed (0) 120 20 30 10 180 # Expected (E) O-E (O-E)² (O-E)2 /E MacBook Pro Chi-squared: a) On your own paper, calculate the Chi-squared value for this data set. Round the EXPECTED values to WHOLE NUMBERS, then round to two decimal places along the way, and enter the Chi-squared value (to two decimal places) here: b) How many degrees of freedom are in this data set? Enter the number here: (enter just the number, nothing else) c) Now use the table below to determine the p value.