You've discovered a new plant species in which
The genes for fruit color and shape are located on the same chromosome and are 12 m.u. apart.

I would appreciate an explanation, thank you!
Gl/gL × GL/gl
Distance between two genes = recombination frequency = total number of recombinant gametes
Total number of parental gametes = 100 - total number of recombinant gametes


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You've discovered a new plant species in which green fruit color (g) is recessive to yellow...
You've discovered a new plant species in which green fruit color
(g) is recessive to yellow fruit color (G), and long fruit shape
(l) is recessive to round fruit shape (L). The genes for fruit
color and shape are located on the same chromosome and are 12 m.u.
apart.
Determine the proportions of progeny of each phenotype produced for this cross. GlgL x GLg View Available Hint(s) ResetHelp 0% 3% 6% 12% 22% 44% 53% 1. yellow, round: 2 yellow,...
You've discovered a new plant species in which green fruit color (y) is recessive to yellow fruit color (Y), and long fruit shape (r) is recessive to round fruit shape (R). The genes for fruit color and shape are located on the same chromosome and are 16 m.u. apart. Question: Determine the proportions of progeny of each phenotype produced for this cross. Yr/yR x yr/yr This is part 2 of 2 (involving green fruits). green and round green and long
12. In the fruit of summer squash the absence of color is dominant to color. Colored fruit may be yellow (dom.) or green (rec.). What would you get if you mated a homozygous white, carrying the genes for green color to a homozygous yellow squash? Cross the F1 to obtain an F2
12. In the fruit of summer squash the absence of color is dominant to color. Colored fruit may be yellow (dom.) or green (rec.). What would you get...
Question 1. Consider 3 gene loci in the pea plant. Locus 1 affects seed color; allele G for green, g for yellow. Locus 2 affects seed shape; allele R for round, r for wrinkled. Locus 3 affects flower color; allele B for red, b for white. Each uppercase allele is completely dominant to their corresponding lowercase, recessive allele. Each locus is on a different non-homologous chromosome; so, the loci segregate or sort independently from each other during meiosis. Two parent...
please answer question 1-4 with a breif explanation
thankyou
1. In humans, red-green color-blindness is a sex-linked (carried on the X chromosome) recessive trait. If a woman who is not color blind but whose father was color-blind marries a man who is not color-blind, what is the probability that their first child will be a daughter who is color- blind? a) 0 b) 25% c) 50%- d) 100%- e) cannot tell from the information given 2. In a certain species...
QUESTION 3 A test cross is set up to establish the genotype of a plant with rounded peas. It is crossed with a plant that is homozygous for wrinkled peas. A round pea shape is dominant over the wrinkled shape. The offspring derived in the test cross exhibit a 50:50 ratio of wrinkled and round peas. What is the genotype of the parent in question? Homozygous for round pea shape. Heterozygous for pea shape. Homozygous for wrinkled pea shape. Heterozygous...
**Please answer ALL 10 QUESTION** 1. A species of flowering plant includes plants with blooms that range from bright golden yellow to very pale yellow; no flowers carrying the yellow pigment allele appear white. The allele for yellow flower color: a. must be a suppressor of another allele. b. demonstrates incomplete penetrance. c. demonstrates variable expressivity. d. must be a modifier of another allele. e. demonstrates variable penetrance. 2. Coat color in mice is determined by two alleles acting at...
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...
answeres are provided. please explain how to do them. :)
A small number of type O individuals have the Bombay blood phenotype. Individuals with the Bombay blood phenotype always appear to have type O blood because they are homozygous recessive for the gene, H, which is epistatic to gene I. As long as at least one dominant H alele is present, the ABO blood type associated with the person's ABO genotype will be expressed. Individuals who are homozygous hh always...
On the island of Notion, in the Factotum Archipelago, there lives a population of pencil bears. A portion of these bears have silky fur, and as a result, are much better surfers. The texture of the fur is determined by a single autosomal locus with two alleles: S (trait allele) and s (wild type allele). In a recent study, researched collected the values in the following table: Table 1. Counts of Pencil Bear fur style by genotype Phenotype Genotype Silky...