A flower with 10 petals reproduces with a flower that has 6 petals. The offspring each have 8 petals. Which of the theories of inheritance would best describe this type of outcome? Acquired characteristics Blending True Breeding Mendelian genetics

A flower with 10 petals reproduces with a flower that has 6 petals. The offspring each have 8 petals. Which of the theories of inheritance would best describe this type of outcome? Acquired characteristics Blending True Breeding Mendelian genetics

Name: A flower with 10 petals reproduces with a flower that has 6 petals. T
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: A flower with 10 petals reproduces with a flower that has 6 petals. The offspringeach have 8 petals. Which of the theories of inheritance would best describe thistype of outcome?Acquired characteristicsBlendingTrue BreedingMendelian genetics

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter3: Transmission Of Genes From Generation To Generation

Section: Chapter Questions

Problem 1QP

See similar textbooks

Similar questions

Analysis of dihybrid crosses, such as seed shape and color, provided Mendel great insight into inheritance. Which of the following best describes the insight this provided Mendel? O by analyzing two characters simultaneously provided Mendel greater insight into emergent properties of science O by analyzing two characters simultaneously provided Mendel greater insight for his Law of Independent Assortment O by analyzing two characters simultaneously provided Mendel greater insight in crossing over and linked genes O by analyzing two characters simultaneously provided Mendel greater insight for his Law of Segregation
What type of inheritance is being described here: One allele for a gene is not completely dominant over another allele for that gene,which results in a third phenotype. incomplete dominance lethal alleles polygenic inheritance multiple genes
Which of the statements can be conluded from Gregor Mendel's experiments with pea plants? (There can be more than one answer) -Parents with dominant phenotypes always have offspring with dominant phenotypes. -The inheritence of alleles of one gene does not affect the inheritance of alleles of another gene. -Two recessive alleles are necessary for a recessive phenotype. -The pair of alleles for each gene stay together during gamete formation.
Which of the following is NOT one of Gregor Mendel's principles of inheritance? O principle of segregation O principle of dominance O principal of independent assortment O principle of incomplete dominance
Suppose there are four newly discoverecd genes, each with two allcles, in humans that all follow a simple Mendelian inheritance pattern. Alleles are noted by a + or- for dominant and recessive, respectively. The genes and their phenotypes are listed in the table. Gene Recessive Phenotype Dominant Phenotype Wiz have the ability to cast spells cannot cast spells Serp can communicate with snakes cannot talk to snakes have the ability to travel through time experience normal time Time Drgn have the ability to hatch dormant dragon eggs cannot hatch dragon eggs What is the probability of two completely heterozygous parents having a child with a Wiz Wiz Serp Serp genotype or a child with a Wiz Wiz Serp Serp genotype? Enter your answer as a decimal. genotype probability 口 17°C ) a 202 acer HUAWEI P30 lite TRIPLE CAMERA
Mendel’s model organism for studying inheritance was the garden pea. What are the advantages of using peas to study genetics? All choices are correct Mating between garden peas can be carefully planned and controlled Garden peas produce a large number of offspring with every mating Garden peas have a short generation time Garden peas are available in many varieties
Eye Color is a trait that involves a number of genes. To simplify our example, we can break down the traitinto two phenotypes: dark color and light color eyes. Dark coloration is considered dominant, or isexpressed in a heterozygous condition (when the alleles are different).Q: If you have one light eyed parent and one parent that is homozygous for dark eye color, what are thepotential eye colors of their offspring (young)? To start, what do the Parents’ alleles look like? What istheir Genotype? (Remember, you pick which letter you want to use)Light eye colored parent:Dark eye colored parent:One of the things Mendel designed was a way to provide information about how the genes are passed onfrom parent to offspring. He designed something called a Punnett Square. This square places the parents’alleles outside the box, then uses those alleles to fill in the squares.Let’s start with a reminder of what we know about the parents: Parent Phenotype(appearance) Genotype(alleles) 1 2
What inheritance pattern results from alleles with incomplete dominance? There is a range of phenotypes such that the trait appears along a spectrum rather than "either or" There is a 3rd phenotype, often and intermediate value between the other 2 extremes The recessive phenotype is sex linked The recessive phenotype skips a generation
What inheritance pattern results from alleles with incomplete dominance? The recessive phenotype skips a generation The recessive phenotype is sex linked There is a 3rd phenotype, often and intermediate value between the other 2 extremes There is a range of phenotypes such that the trait appears along a spectrum rather than "either or"
If the statement is made by a friend that both of my parents have trait X, and I do not so I must be adopted. Consider the limitations on the classic laws of Mendelian Inheritance and write your response to your friend regarding that friend's potential parentage. Does looking different mean that there is no possible genetic relationship between student and parents? In 4 sentences provide your response. answer must be unique dont copy from anywhere else
You are tracing the inheritance of petal color in tropical sandflowers. You suspect that the inheritance follows a dominant epistasis inheritance pattern, based on the following data: 1204 white petals 296 orange petals 101 yellow petals Perform a statistical test to demonstrate whether the data matches your prediction of dominant epistasis. Record your work as much as you can. What is your overall conclusion about inheritance for this flower?
Mendel's principle of segregation [Select] [Select] demonstrates why a pea plant can be tall with round seeds or short with round seeds * Previous demonstrates that offspring get one copy of each chromosome from each parent demonstrates that the inheritance of one trait can affect the inheritance of another trait. even when they're on different chromosomes demonstrates that when populations are segregated they are more likely to evolve quickly