The genes A B C occur in that order in fruit flies. A is 10 map units from B, and B is 20 map units from C. How far is A from C? A. 30 map units B. 20 map units C. 40 map units D. 10 map units E. 0.2 map units

The genes A B C occur in that order in fruit flies. A is 10 map units from B, and B is 20 map units from C. How far is A from C? A. 30 map units B. 20 map units C. 40 map units D. 10 map units E. 0.2 map units

Name: The genes A B C occur in that order in fruit flies.A is 10 map units f
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: The genes A B C occur in that order in fruit flies.A is 10 map units from B, and B is 20 map units from C.How far is A from C? A.30 map units B.20 map units C.40 map units D.10 map units E.0.2 map units

Biology (MindTap Course List)

11th Edition

ISBN:9781337392938

Author:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Publisher:Eldra Solomon, Charles Martin, Diana W. Martin, Linda R. Berg

Chapter17: Developmental Genetics

Section: Chapter Questions

Problem 10TYU

See similar textbooks

Similar questions

A scientist cloned a sheep. Which of these statement is true about the cloned sheep? a. It lacks the genes for reproduction b. It looks the same but has different genes c. It has the genes that are identical to the original sheep d. It has new genes and traits
A. What is the wild progenitor of maize and where is it found? B. George Beadle concluded that this plant was the likely ancestor of maize (corn) even though the two plants appear very different. What evidence did Dr. Beadle collect that led to his conclusion? C. How long ago was maize domesticated and what evidence was utilized to determine this? D. Dr. Doebley and his team compared the DNA sequence of maize to that of a number of teosinte varieties from throughout Mexico. What did their analysis reveal?
What is Epistasis? A) When one gene effect another B) When one gene effect multiple phenotype C) When one gene causes another gene to mutate
Imagine that you are mapping out genes on chromosomes similar to how Morgan did with fruit flies. You find gene A recombines with gene B 20% of the time, gene A recombines with gene C 5% of the time, and gene B and C recombine 17% of the time. Which gene is closest to gene B? A C Don't pick this one Don't pick this one either
Constructing a pedigree is particularly useful when studying inheritance patterns in organisms that________ . a. produce many offspring per generation b. produce few offspring per generation c. have a very large chromosome number d. have a fast life cycle
You are conducting a genetic experiment with flies. BB represents flies with black eyes and bb corresponded to flies with red eyes. You crossbreed Bb flies with other Bb flies. What will be the eye color of the offspring?
According to the video “The Biology of Skin Color”, why is it that the allele coding for darker skin did not evolve to protect us from skin cancer? A. Because skin cancer isn't harmful B. Darker skin did develop to protect us from skin cancer C. Because skin cancer usually develops after an individual's reproductive years, so it doesn't affect the ability for someone to pass on their genes D. Because skin cancer usually develops before an individual's reproductive years, so it doesn't affect the ability for someone to pass on their genes
In biology, what do you think does the garden peas has as a good model for genetic studies? A.) Few offsprings per generation B.) Has several paired characteristics C.) Long generation time D.) Only capanble of self-fertilization
If you see an elephant and a silkworm, what can you know about the relative size of their genomes? A. he silkworm will have more DNA. B. The elephant will have more genes. C. The silkworm will have more genes per gene family. D. Nothing for certain without observation of these genomes.
A. What traits are controlled by the branching gene and fruitcase gene? And how were they determined to be major players in the development of maize? B. Teosinte looks like a terrible plant to begin to domesticate for agricultural purposes. What hypothesis is put forth to explain farmers’ early interest in the plant? C. Often successful domestication of a plant or animal is due to the fact that this involved just a few gene changes. In what situation can changes in just a few genes dramatically change an organism's entire appearance? D. Who is Norman Borlaug?
Sasha crossed a plant with a yellow seed (YY) with a plant with green seed (yy). The F2 generation yielded 12 200 yellow seeded plants and 4150 green-seeded plants. From this experiment Sasha proposed the Law of A.) Segregation B.) Mutation C.) Independent assortment D.) Codominace
A researcher compares several species of maple tree by examining the amino acid sequence of a protein. The researcher discovers that the amino acid sequence differs in three locations depending on the species of tree. What can the researcher conclude based on this data? A. Maple trees are evolving rapidly. B. The different species have different morphological characteristics. C. The maple trees have been exposed to high levels of mutagens. D. The genetic makeup of the maple tree population has changed over time.