options :
a. 43906
b. 43838
c. 43898
d. 43846
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The probability of a Green and Round pea offspring from a heterozygous yellow and round parent, which was allowed to self fertilize is
A heterozygous pea plant that is tall with purple flower, TtPp, is allowed to self-fertilize. Tall (T) is dominant over dwarf (t), Purple (P) is dominant over white (p). In the offspring, the probability of plants that are short with purple flowers will be?
A heterozygous parent self fertilizes and the progeny are collected. Eight of these offspring form wild-type plants and six become homozygous recessive mutants? Calculate the probabilities using the A) binomial theorem and B) chi-square analyses (estimate this to the nearest hundredth by assuming there is a linear relationship between the nearest two data points in the chi-square chart). C) Explain why these two probabilities differ.
6. A plant that is heterozygous for green and yellow peas (yellow is dominant over green) can produce both colors of peas in the pod. In a pod of seven peas, what is the probability of obtaining the following types of peas? a. All green b. All peas of the same color c. First five green then two yellow d. Three green and four yellow
Mendel found that yellow pea pod color (G) was dominant to green pea pod color (g). For each of the crosses below, what percentage of offspring are expected to be yellow? A. 100% B. 75% C. 66% D. 50% E. 25% F. 33% G. 0% In this lab you will use Msp I, which is: Marker DNA Genomic DNA Plasmid DNA A Restriction enzyme
Mendel found that yellow pea pod color (G) was dominant to green pea pod color (g), and that round seeds (W) were dominant to wrinkled seeds (w). What percentage of each of the phenotypes below are expected from the following cross? GGww x GgWw _____ Yellow and round _____ Yellow and wrinkled _____ Green and round _____ Green and wrinkled A. 0% B. 25% C. 33% D. 50% E. 66% F. 75% G. 100%
A pea plant with the genotype PpTtGg self-fertilizes. What proportion of the offspring would you expect to have the genotype ppttgg?Please show and explain how you arrived to the answer. A)3/16 B)1/8 C)1/64 D)1/256 E)0
Use the following information. In his pea experiments, Mendel hypothesized that yellow and green color from each other during meiosis and then combine randomly during fertilization. To test this hypothecs, you cross heterozygous pea plants (C^Y C^Y X C^Y C^Y) and in the progeny, determine the phenotype for 740 peas. In peas, yellow is dominant to green. How many progeny would you expect to be yellow? (Enter a whole number only. Do not We spaces or punctuation).
A certain cross between pea plants produces progeny in the ratio: 4 yellow and 2 green, if 10 progenies are chosen random, find proability; a. Those 10 chosen are yellow? b Exactly 6 out of 10 chosen are green? c. What is the probability that 5 out of the 10 chosen are of the same color? Could be (5 green) or (5 yellow).
In the garden pea, yellow cotyledon color (Y) is dominant to
green (y), and inflated pod shape (P) dominant to constricted (p).
A yellow cotyledon/inflated pea plant (YYPP) was crossed with a
green cotyledon/constricted (yypp) pea plant. The resulting F1
hybrid plant displayed a yellow cotyledon and inflated phenotype.
Selfing the F1 plants was performed and the F2 numbers are shown
below.
193 green, inflated
184 yellow, constricted
556 yellow, inflated
61 green, constricted
A) What was the genotype of...
You are required to design a colour mixer. It is allowed to use a maximum of only two colours at a time from the available three that are Yellow, Red and Green. The combination of the colours and their results are shown in the diagram below, and only Orange and Green colour outcomes are acceptable. Blue Red Yelow Purple Green Orange A. Prepare the truth table for this scenario B. Deduce the canonical sum of products that give you the...