During spermatogenesis, which of the following undergoes meiosis II to produce four haploid mature sperm cells?Select one of the options below as your answer:A. Haploid primary spermatocyteB. Diploid secondary spermatocyteC. Secondary spermatocytes
cause they act like they cant seem to see or help
@LitOneForPresident yeah i do the same thing... and i think the answer b not c, just saying
y?
yes
because in the cell cycle, 4 is diploid and 2 is haploid
Which of the following statements justifies that meiosis is reduction division?Select one of the options below as your answer:A. Meiosis results in the formation of gametes.B. Meiosis produces recombination chromosomes. C. Meiosis begins with a diploid cell, but produces four haploid cells.
The answer is C. Meiosis begins with a diploid cell, but produces four haploid cells
@e.cociuba your right!!
@e.cociuba smart cookie:)
Thanks! :) lol
that was i was think but 2 guess my self
When a tall homozygous plant was crossed with a short homozygous plant, the F1 offspring were all tall. No short plants were present in the F1 generation. Which principle does this situation represent?Select one of the options below as your answer:A. The principle of unit charactersB. The principle of dominanceC. The principle of segregation
I would help u out, but i didn't learn tht yet... sorry:(
oo
C.)
Its weird, it's like all of these r c. :)
A farmer sows pieces of potato with buds in the soil to grow more potatoes. Which kind of asexual reproduction is this?Select one of the options below as your answer:A. Spore formation B. Vegetative propagation C. Budding
B.)
Any others u need help on?
just three more
k shoot them :)
A cell under a microscope shows Two daughter cells were formed and they are diploid. Which stage of meiosis is the cell showing?Select one of the options below as your answer:A. Meiosis I B. Meiosis II C. Interphase
Its A:)
A cell under a microscope shows homologous chromosomes separated into two daughter cells, each of which is a haploid cell. Which stage of meiosis is the cell showing?Select one of the options below as your answer:A. Meiosis I B. Meiosis II C. Interphase
It would be a again, tht question is just like the other one, but a little bit different..
In which case might the offspring’s trait be mistaken for a blend of traits of parents?Select one of the options below as your answer:A. Incomplete dominanceB. Co-dominanceC. Polygenic inheritance
A.) ^^^
last one u ready
Sure :)
Which statement explains the difference between multiple alleles and polygenic inheritanceSelect one of the options below as your answer:A. Multiple allele means more than one gene contributes to the phenotype and polygenic inheritance means more than two forms of the same gene in the population.B. Multiple allele means more than two forms of the same gene in the population and polygenic inheritance means more than one gene contributes to the phenotype of a trait.C. Multiple allele means more than two forms of different genes in the population and polygenic inheritance means one gene contributes to many phenotypic characters.
B.)
I hope we helped u! :)
u did but i have five more can u please help me
hello
Yup just shoot them :)
How does crossing over add to the genetic diversity of sexually reproducing organisms?Select one of the options below as your answer:A. It involves segments of two homologous chromosomes trading places.B. It involves random segregation of the homologous chromosomes to each daughter cell. C. It involves fertilization of an ovum by any one out of millions of sperms.
A.)
An organism has two types of cells: diploid somatic cells and haploid gametes. How does this organism reproduce? Select one of the options below as your answer:A. Sexually B. AsexuallyC. Vegetatively
A.)
A germ cell of an organism has 60 chromosomes in it. It undergoes meiosis, and at the end it produces four daughter cells. What is the number of chromosomes in each of these daughter cells?Select one of the options below as your answer:A. 120 B. 60 C. 30
B.)
Consider the following cross: Parent 1: YyTt Parent 2: YyTt Using the rules of probability, determine the probability that the offspring will show YyTT genotype? Select one of the options below as your answer:A. 1 8 B. 1 16 C. 1
Huh? the multiple choice looks weird! :)
A. 1 8
a. 1/8 b. 1/16 c. 1/2
k tnxs:) Give me a sec.
A.) 1/8 is probability that the offspring will show YyTT genotype.
A normal appearing couple is found to be heterozygous recessive for albinism. Both have the genotype Aa. The gene responsible for albinism is recessive to the normal pigment-producing gene. What are the chances of their children being albino?Select one of the options below as your answer:A. 3:4 children will be albino.B. All children will be albino.C. 1:4 children will be albino.
C.)
Which of the following genotypes indicates a homozygous dominant trait?Select one of the options below as your answer:A. Tt B. TT C. tt
B.)
During gamete formation, each allele of a pair for a gene moves to separate gametes. Which principle is indicative of this statement?Select one of the options below as your answer:A. The principle of independent assortmentB. The principle of segregationC. The principle of unit characters
A.) It's Principle of Independent Assortment. The reason: 1.This principle states that the alleles for a trait separate when gametes are formed.
What is the benefit of an uneven production of gametes in oogensis?Select one of the options below as your answer:A. One haploid cell receives the majority of the nutrients from the cytoplasm.B. The homologous chromosomes are passed on to one haploid cell.C. Two mature ova are available for fertilization with sperm.
I G2G. Thanks for letting me help! If u ever need help again just message me and i will try to get back to u in a beat! Bye!
What is the benefit of an uneven production of gametes in oogensis?Select one of the options below as your answer:A. One haploid cell receives the majority of the nutrients from the cytoplasm.B. The homologous chromosomes are passed on to one haploid cell.C. Two mature ova are available for fertilization with sperm.
Join our real-time social learning platform and learn together with your friends!