SHORT ANSWER QUESTION #6   Imagine a diploid population by w…

SHORT ANSWER QUESTION #6   Imagine a diploid population by which there are 40 ‘B’ alleles and 20 ‘b’ alleles of a given gene in the gene pool. Calculate the allelic frequency for the diploid population.  For credit, show your work and ensure your answers are clearly noted/identified. (2pts)

I have read the policy regarding late work found on page #5…

I have read the policy regarding late work found on page #5 of the course syllabus and acknowledge that no late work is accepted in BI234 (including lecture exams, the laboratory exam, the final exam, Canvas homework, lab assignments, and any applicable extra credit opportunities).

Referring to Mendelian traits tall (T) versus dwarf (t) and…

Referring to Mendelian traits tall (T) versus dwarf (t) and green (G) versus white (g), consider the cross below and determine the genotypes of the Parental (P) plants by analyzing the phenotypes of the F1 offspring.      P = tall/green  x  tall/green F1 = 9/16 tall/green,  3/16 tall/white,  3/16 dwarf/green,  1/16 dwarf/white  

ESSAY QUESTION #2: In essay format and according to course m…

ESSAY QUESTION #2: In essay format and according to course materials only, list and then explain the four phases of prokaryotic growth under ideal conditions. Only those growth phases as discussed in course lecture videos and/or the powerpoint presentation shall be considered. (8pts) NOTE: When writing your essay response, be sure to write in essay format. Points shall be deducted with improper use of grammar, spelling, and/or punctuation. I further expect to see well-constructed sentences with no errors in mechanics. I am not looking for what Google or Chat GPT (or other generative AI programs) provides you as an answer to this question. Only responses derived from course materials shall be accepted.