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What two structures of a frog would most likely have the same chromosome number?
Wiki User
∙ 15y ago
the answer to this question is skin cell and fertilized egg cell because these two have 46 chromosomes. the answer to this question is skin cell and fertilized egg cell because these two have 46 chromosomes.
Wiki User
∙ 15y ago
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What is the haploid Number of a Cow?
A cow has 60 chromosomes. At half the number of chromosomes, the haploid number for a cow would be 30.
Does the cow determine the sex of the unborn calf?
No, the male decides the gender of the calf. When the semen meets the egg, if it contains a Y chromosome it is going to be a bull (male) calf because the mother will have provided the X chromosome. Whereas, if the semen that contained an X chromosome fertilized the egg then the result would be a heifer (female) calf.
Why does evolution produce homologous structures?
Evolution works by tinkering with what is already there. It is far more likely that an advantageous change to an existing structure can occur than a gross change providing an advantage. An example would be the transition from fishes to amphibia. Small incremental modifications to fins to provide some of the functionality of walking limbs are far more likely to occur than limbs suddenly sprouting from a body where there was nothing there before, which would be nigh-on impossible.
What type of rock would fossils most likely likely be found in?
Sediment
Why would this form of behavior most likely be naturally selected?
Organisms that have behaviors that encourage reproduction would be more likely to reproduce.
Which two structures of a frog would most likely have the same have the same chromosomes number?
The two structures of a frog that have the same chromosome number are skin cells and fertilized egg cells. They each have 46 chromosomes.
What chromosome is the sex determining chromosome?
That would be the chromosome number 23. Regarding the [sex] chromosome number 23, the female gametes always have a [haploid] X chromatid, whereas the male gametes are just as likely to possess a [haploid] X chromatid as they are to possess a [haploid] Y chromatid.
Genes for two different traits that are located next to each other on the same chromosome would most likely be?
Genes for two different traits that are located next to each other on the same chromosome would most likely be inherited together.
If a trait is always transmitted directly from a father to all his sons and from those sons to all their son what chromosome would the gene for the character be likely on?
the Y chromosome
What is the presence of three of a particular chromosome?
This is known as a trisomy. So if there are 3 of chromosome number 13, you would call it trisomy 13.
Which chromosomes contain highest and smallest number of genes?
The Chromosome that carries the fewest number of Genes would be the Haploid Cells. Also known as Gametes. It is your sex cells. Unlike Diploid cells who have double the amount Haploid only have half. So a simple answer to your question would be Haploid. and Why..Because they have half.
What is the chromosome number of gamete?
They have half the number of the somatic (parent) cell. So if a parent cell had 46 chromosomes in its nucleus, then its gamete would have 23(one chromosome from each pair).
What would happen if sex cells were not haploids?
The chromosome number would double throughout each generation.
If a cell has a diploid number of 32 what would be the chromosome number of a cell in late prophase 1 of meiosis?
32
Why do some traits occur mainly in males even though they can be inherited only from their mothers?
Consider recessive traits on the X chromosome. Women have two of these, so it is statistically less likely that a woman would express this recessive trait and much more likely that it would be masked by a dominate X chromosome. If a male gets a recessive X from his mother ( remember, males have one X and one Y chromosome ) it is going to be expressed as there is no corresponding chromosome to mask it.
What would happen if meiosis did not occur to produce sex cells?
the chromosome number would double in every generation
What would most likely stopped Mendel from finding a pattern is his results?
if seed color and shape were located on the same chromosome
