No. There are some people that have one or bones than most others, but most all humans, both males and females have the same pair of 12 ribs.
No. The Bible simply states that God used one of Adam's ribs which of course did not change his genetic code in any way.
No, they both have a pair of twelve. The idea that a man or a woman has more that the other comes from the idea that if Eve came from a rib of Adam's then somehow one or the other of them must have ended up with more. The reality is that males and females each have the exact same number of vital organs (heart lungs kidneys etc.) therefore, of course we have the same ribcage to protect them.
No. During medieval times, it was commonly assumed that men had one less rib than women, because of the creation story in Genesis chapter 2. Medieval reasoning was that it was not necessary to physically count people's ribs because the Bible was inerrant. However, men and women really do have the same number of ribs.
The main biological difference between males and females is the presence of different sex chromosomes - females have two X chromosomes (XX) and males have one X and one Y chromosome (XY). This difference leads to various physical and physiological variations between males and females.
Females carry two copies of the X chromosome, while males carry one X and one Y chromosome. This means that females can have two different alleles for genes located on the X chromosome, while males can only have one allele for those genes.
Missing sections of the X or Y chromosome in males can lead to more severe symptoms compared to deletions in one of the X chromosomes in females because males only have one X chromosome, whereas females have two. This means that males do not have a second copy to compensate for the missing genetic material, resulting in a greater impact on their development and health. In females, the second X chromosome can often help mitigate the effects of deletions or mutations on the other X chromosome through a process called X-inactivation.
Autosomes are the chromosomes found in somatic cells that are perfectly matched in males and females. These chromosomes are responsible for determining non-sex traits in an individual. Both males and females have two copies of each autosome, one from each parent, making them perfectly matched.
it is a genetic trait carried on the X chromosome. Males have only one X chromosome, while females have two. If a male inherits the colorblindness gene on his one X chromosome, he will have the condition. However, females would need to inherit the gene on both X chromosomes to be colorblind.
Between five and eight percents of males and less than one percent females.
One possibility is because females are born with all the eggs they will ever have while males can produce millions of sperm per day leaving the sperm less exposed to a potential mutagen.
Males have a shorter legs than females do. Males are smaller than females. Males bark if they feel safe in their habitat while females make a quiet croaking sound.
Females are usually larger than males.
yes, if you want them to breed. If one is not ready, the other will kill it Addition In a 15 gallon tank with filtration and heat you can usually keep One male and no less than 4 females. Have plenty of decorations so the females and males can stake out territories and feel safe. Breeding can be complicated so resesrch before you try.
males have only one X chromosomes
males have only one copy of the X chromosome.
Scabies is more common amongst females than males.
Females
Drinking in moderation -- less than two drinks a day for adult males, one drink a day for females -- is not known to be bad for you. Anything more than that has potential ill effects.
In many birds the males have more beautiful colors than females because the females don't need them. The males use them to scare off other males and to attract females. The females don't need them for anything.
The scientist could conclude that the females choose mates.