how many chromasomes does the average person have??
153991
46, or 23 pair.\n\nThere is no average... this is the number all people have unless they have a flaw in their genetic makeup (very rare).
1148997
Not that many.  If 70 percent of people were color-blind, it would be normal.
151630
Yes, to a point it is. However, keep in mind that Mules have 3 more chromisomes than humans....
687216
Omg theres like 100! lol! Check out the site below. It'll tell you everything.
914941
I'm not too sure, but I would assume that it's green (532 nm), which is the most visible color for most humans.
523522
In Caucasians, people with blonde hair has an average of 140,000 hairs; brunettes or dark-haired people will average 110,000 hairs; and red-haired individuals will have the least density with an average of 90,000 hairs.
853276
human cells contain 46 chromosomes\n\nthey go through a process of mitotic division that basically replicates each chromosome, the original and replicated chromosomes then migrate to opposite ends of the cells, and a cell membrane is formed, thus producing two progeny cells, division and the cycle of the cell is complete.\n\n\nmeotic division is a more complex process, but basically, the daughter cells contain 23 chromosomes, that is 1 of each pair of the 46 chromosomes is present in the daughter cell, where, whether it is a sperm or egg cell, when fused together, provide the fused cell with 46 chromosomes\n\n\n\n\nhope it helped you understand it a little better\n\nthere are however, different phases to the division process and if you like I can send you a link, depends on how much you want to know at present?
598595
Well done! You're in the top 1% of the population, just like me. The average person is 100, Einstein is thought to have been between 140 and 160, and Kylie Minogue is around 90. Be proud of your mind - and use it to the full!
190009
yeah like the first person says. it all depends because there are dominant and recesive genes or chromosomes or whatever, and i think green is dominant, but if you get get 2 blues they dominate over 1 green, i think that is how it works.
705722
In every cell of the human body there are 46 chromosomes: 44 somatic coding chromosomes (body coding) and 2 sex chromosomes.\n\nEach chromosome is part of a pair.  Each one of the pair codes for the same thing, though not necessarily the identical way (for example, one of the set may code for blue eyes, one may code for brown eyes). \n\nThe idea of homologous pairs is important during meiosis, when the chromosomes replicate, and find their homologous pairing, forming a tetrad (a structure with 4 chromatids from the joining of 2 replicated homologous chromosomes).\n\nHope this helps.
1062561
23 pairs of chromosomes in the human body
137554
Normal male cells have 23 pairs of chromosomes (1-22 & X+Y) or 46 total chromosomes.
281318
I have reddish blonde hair, 2 arms, 2 legs, 2 blue eyes, 1 nose, 10 of each fingers & toes, female anatomy and basically the typcial human form.\n\n:p
531829
46 chromosomes or 23 pairs of chromosomes per cell, consisting of 22 pairs of autosomes, and two sex chromosomes; considering the body has over a trillion cells...\n That is basically 46,000,000,000,000 chromosomes!\nThere are some rare cases when there is an extra chromosome(ex: Downsyndrome) or one less chromosome in each cell.
245658
Yes, from a physics perspective there are an infinite number of colors.\n\nBut from the perspective of your retina, there are a finite number that you can perceive, in the thousands as I recall.
977774
each diploid organism receives two sets of chromosmes (one from the mother and one from father). during the reproduction of gamete cells, they go through meiosis which results in haploid cells (or cells with only half the number of a full set that a diploid organism would have). During fertilization, the two cells (egg and sperm) combine to give you a full set. (ex. your mother's egg and father's sperm each contain 23 chromosomes and came together to form a normal human with 46 chromosomes) That is why sex cells are always haploid.\n\nMathematically, if you think about it, its always something times 2 (in the previous example 23 * 2) thus the answer will always be even and a diploid organism will always have an even number of chromosomes
653912
Realistically, none, because the chromosomes will cross over during meiosis, so none of the chromsomes will be exactly as they descended from the parents.\n\nBut if the haploid number is 6, and you pretend there's no crossing over, then there are 2^6 ways for the chromosomes to assort, and 2 of them will be 6 chromosomes from a single parent.  So that's 1 in 32, or about 3%.