how many chromosomes do lions have?
493046
Lions have 38 chromosomes (or 19 paired).
233633
I honestly do not know, but "chromosoms" has an E: chromosomes.
100961
There was a chimp named Oliver who many people believed to be a human/chimp hybrid.  He walked upright and had a very "human" looking face, among other attributes.  He appeared on many TV shows.  However, it was determined that he was indeed a chimpanzee because he had 48 chromosomes.
163339
A chromosome is a WHOLE DNA molecule, so an allele has one molecule (one chromosome)
113120
23(twenty-three) pairs of chromosomes in the human body.Unless of course there is a mutation..
673777
A Lion is because they are more quicker and more ferocious
778145
http://www.pathlights.com/ce_encyclopedia/15sim03.htm\n\nsmall monkey (Macaca rhesus): 42 \n\n48 chimp chromosomes.\n\nhttp://www.ridgecrest.ca.us/~do_while/sage/v7i4f.htm\n\nBut the human DNA sequence was just recently decoded. (It was published in the 16 February, 2001, issue of the journal Science.) Work on decoding the DNA sequence of chimps is just beginning. (See Monkey Business, in the Evolution in the News column in this issue.) How could they have been able to calculate the similarity of two sequences “decades” ago when neither had been decoded? How can they calculate it now when only one of them has been decoded? Did they just pull 98% out of the air?\n\nPerhaps they compared the 46 human chromosomes with the 48 chimp chromosomes. They could not possibly have done that and come up with a figure exceeding 97.8% Here’s why:\n\nLet’s compare the chromosomes of a boy and his mother. A boy gets 23 of his chromosomes from his mother and 23 from his father. Clearly, at least 23 of the chromosomes will be identical to his mother. Therefore, the similarity will be at least 50%.\n\nBut one of the chromosomes he gets from his father must be different because his mother has two X chromosomes (if she didn’t, she wouldn’t be female), and the son has one X chromosome and one Y chromosome (because he is male). Therefore, at most, 45 of the 46 (97.8%) chromosomes will be identical.\n\nSo, the boy’s Y chromosome is guaranteed to be different from his mother. What about the other 22 chromosomes he gets from his father? Societies generally try to discourage incestuous relationships, and scientists have discovered that there is a good reason for this. It reduces the chance that a baby will inherit the same defective gene from both mother and father. If the boy’s father and mother come from unrelated families, it is almost certain that most of those 22 chromosomes will have at least one different gene.\n\nSo, if you determine genetic similarity by counting identical chromosomes, the genetic similarity of a boy to his mother is likely to be closer to 50% than 100%. “Scientists” certainly could not have found that humans and chimpanzees are 98% alike by counting chromosomes.\n\nOf course we know that they didn’t count chromosomes when making the comparison. We only mention it to make the point that what you count will affect the result you get. You can use a method of counting that gives close to 50%, or you can use a different method that gives a much higher number........\n\n\nclick on link to read more.
243784
It is haploid, only having 23 chromosomes until it is fertilized. Then it is diploid with 23 pairs(46 total) of chromosomes, and is capable of growing into a baby.
759601
What species?  There are 23 chromosomes in a *human* sperm cell.\n\nIt is very important to say what species you are talking about, because, say, a dog sperm cell has 39 chromosomes; a cat sperm cell has 19, and so does a pig's; a horse sperm cell has 32; etc.
252661
If it is a diploid (2n) and has 30 chromosomes, then it has 30 chromosoms obviously but one usually addresses these as 15 pairs and not 30 chromosomes. The haploid of this would thus be 15 single chromosomes.
230124
Humans have 23 unique chromosomes (called the haploid number) Each one of the chromosome is different from the all the others (unique). \nHowever we have two copies of each type of chromosome hence making 2x23=46 chromosomes called the diploid number).\nHomologous chromosome or homologs as you refer to them are the pair of chromosomes which are of the same type, and in normal humans there are always TWO of each type. Therefore the number of homologs or pairs of same chromosomes is the same as the haploid number of chromosomes i.e. 23 in normal human beings.\nAn autosome is any chromosome that is not a sex chromosome (i.e. neither a Y nor an X chromosome)
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.
66980
The paired (diploid) number of chromosomes for Struthio camelus (ostrich) is reported as 80. You can see a karyotype at the link.
19282
The animals (cross between male tiger and female lion)are sterile but healthy, they are smaller than either of their parents.  The Liger, which is a cross between a male lion and female tiger, does not do so well, since they lack the growth inhibiting genes and continue to grow until their bodies fail from the stress.
1156501
Your mother donates 23 chromosomes and your father donates 23 giving you 46 chromosomes total. Mutations, such as Trisomy-21, do occur where people can have less or more which usually results in some form of genetic disease.
687896
A human somatic cell is a "body cell" (not one involved in sexual reproduction). Therefore, there are 46 chromosomes in a somatic cell. This is also the diploid number. Since we have two sets of chromosomes (one comes from mom and one from dad), we say algebraically that the diploid number = 2n = 46 (in humans). Therefore a haploid set = n = 23 in humans (this would apply to sperm and eggs).
262696
Human beings have 23 pairs of chromosomes --> 22 identical pairs plus one pair of sex chromosomes (XY in males and XX in females). When you line the 22 pairs in the order of decreasing length, you name them chromosome 1,2,3,..... 22.\n\nThe 14th pair in the order is chromosome 14.