Question

If a gardener gives you seeds and tells you they are true-breeding, you know: A. they...

If a gardener gives you seeds and tells you they are true-breeding, you know:

A. they have a dominant phenotype

B. they have a recessive phenotype

C. they are heterozygous

D. they are homozygous

0 0
Add a comment Improve this question Transcribed image text
Answer #1

.   

************ THANk You ******************

Add a comment
Know the answer?
Add Answer to:
If a gardener gives you seeds and tells you they are true-breeding, you know: A. they...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • Which of the statements about incomplete dominance are true? 1) Heterozygous individuals have the same phenotype...

    Which of the statements about incomplete dominance are true? 1) Heterozygous individuals have the same phenotype as homozygous dominant individuals. 2) Heterozygous individuals have a phenotype intermediate to the homozygous dominant and homozygous recessive phenotypes. 3) Heterozygous individuals express both the homozygous dominant and homozygous recessive phenotypes. 4) If homozygous dominant mice have black fur, and homozygous recessive mice have white fur, then heterozygous mice have gray fur.

  • Seat work: In peas, bearing yellow seeds represent: is dominant over bearing green soeds.Using letter Y,how...

    Seat work: In peas, bearing yellow seeds represent: is dominant over bearing green soeds.Using letter Y,how will you over dominant allele?Veliow recessive allele? What is the genotype of homozygous yellow seeded plant? heterozygous yellow seeded plant? green seeded plant? What is the phenotype of Yy Seat work In humans having dimples (D) is dominant over having no dimples (.). What is the genotype of a non-dimpled human? phenotype of Dd? genotype of heterozygous dimpled human? Round seed shape in peas...

  • Question 31 (1 point) In pea plants, round (R) seeds are dominant to wrinkled (r) seeds....

    Question 31 (1 point) In pea plants, round (R) seeds are dominant to wrinkled (r) seeds. In a genetic cross of two pea plants where one plant is heterozygous for the seed shape trait and the other is homozygous for the recessive (r) trait, what percentage of the offspring would have the wrinkled seed shape? O a) 25% Ob) 100% O c) 50% O d) 75% Question 32 (1 point) In pea plants, green (G) seeds are dominant to yellow...

  • In testcross of H_ and hh individuals, you obtain 20 offspring; 10 of these have the...

    In testcross of H_ and hh individuals, you obtain 20 offspring; 10 of these have the dominant phenotype, and 10 have the recessive phenotype. Based on this, the genotype of the H_ individual is a. heterozygous. b. homozygous dominant. c. homozygous recessive d. none of these are correct

  • You are breeding a species of mountain lion (2n); you cross a true breeding male that...

    You are breeding a species of mountain lion (2n); you cross a true breeding male that has straight yellow fur with a true breeding female that has curly red fur. The offspring have curly orange fur; based on your results, what is the mode of interaction between the alleles? Select one: a. Curly fur is dominant to straight fur and yellow fur colour is co-dominant to red b. Curly fur is dominant to straight fur and yellow and red fur...

  • You are breeding a species of mountain lion (2n); you cross a true breeding male that...

    You are breeding a species of mountain lion (2n); you cross a true breeding male that has straight yellow fur with a true breeding female that has curly red fur.   The offspring have curly orange fur; based on your results, what is the mode of interaction between the alleles? a. You can’t tell mode of interaction because you don’t know which offspring is a heterozygote b. Curly fur is dominant to straight fur and yellow and red fur colour show incomplete...

  • A true breeding plant for round and yellow seeds is crossed to a true breeding wrinkled...

    A true breeding plant for round and yellow seeds is crossed to a true breeding wrinkled and green seeds. All progeny are round and yellow seeds. A plant from the F1 is crossed to a true breeding wrinkled and green seed's plant, producing the following offspring: 32 yellow and round seeds, 36 wrinkled and green seeds, 15 yellow and wrinkled seeds and 17 green and round seeds. What is the map distance between the color gene and the size gene?...

  • questions g,h, i, j. thank you Use the Hardy-Weinberg theorem for populations in equilibrium to answer the Suppose a gene has two alleles, B and b, with B dominant. If the frequency of the allele...

    questions g,h, i, j. thank you Use the Hardy-Weinberg theorem for populations in equilibrium to answer the Suppose a gene has two alleles, B and b, with B dominant. If the frequency of the allele B a. What percentage of the population display the phenotype B? b. What percentage of the population are carriers for the recessive c. What percentage of the population display the recessive phenotype? following questions. is 0.7, es alleleb? allele b? If 1 6% of people...

  • You have two families of true-breeding diploid Zea mays(maize, corn) plants. Late flowering, with tall stalks...

    You have two families of true-breeding diploid Zea mays(maize, corn) plants. Late flowering, with tall stalks Early flowering, with short stalks A cross between these two plants yields F1 hybrids that are late flowering, with tall stalks. Given this information, which alleles are dominant? Explain your reasoning. Using the letters F or f for flowering and T or t for stalk height, indicate the genotypes of the two plants. Plant 1 ______________                           Plant 2 ___________________ What is the genotype of the...

  • Observing human phenotypes and probability in genetics Name: _________________________ Purpose Reinforce concepts of simple genetics by...

    Observing human phenotypes and probability in genetics Name: _________________________ Purpose Reinforce concepts of simple genetics by examining the following: Genotype Phenotype Homozygous Heterozygous Dominant Recessive Materials Mirror Objectives Determine your phenotype for ten different traits. Determine your possible genotypes for the ten different traits. Evaluate your uniqueness as an individual. Part A- Determining your phenotype and genotype In part “A” you will examine your phenotype, or appearance, and will draw conclusions about your genotype, the gene combinations that determine appearance....

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT