In a certain variety of flowering plants, late-blooming (B) is completely dominant to early blooming (b). Early blooming is also a dominant lethal allele that causes death after maturity. Blank #1: What proportion of progeny from a cross of Bb x bb should be late- bloomers which die from the lethality? Blank #2: What proportion of progeny from a cross of Bb x Bb should be early- bloomers which die from the lethality?

A coin and a die are tossed. Find the probability of get a head on the coin and a 4 on the die.

Can you help me identify A, B, and C?

what is the genotype and phenotype for each of these 4 questions. draw a punnet square for each of these 4 problems.

Using the same data as question 70, what is the map distance between A and C? (Note: you don't have to know the order to get this correct) a b d Selected answer will be automatically saved. For keyboard navigation, press up/down arrow keys to select an answer. e 12.5 21.2 28 10.7 50 ΕΛΑΔΕΜΕΝ MALARCIEM ADEZAANSADAMA Phenotype of testcross arres A,G C A, B, C A B..C A, B B Genotype of hybrid garnete АБС abc ABC Abc a BC abc ABC a B c # of progett 388 5 50 51 6 390 1000

where did the 10=101 come from? and then how did you get 10/1 as the ration?

Which of the following would NOT be characteristic of a single-source non-compromised STR profile? Group of answer choices A.   No more than two (2) allelic peaks at any locus. B.   Well-balanced heterozygote peaks. C.   Sharply pointed peaks with even spectral distribution D.   Well-defined smooth peaks with a bell-shaped distribution.

Define and explain the term "non-concordance." Why is this such an important concept to understand.

explain the offspring phenotype when these two are combined PP x pp and Pp x pp and explain your results