yes
Millipedes have the most limbs.
4Four.
Most do but some do not. For example the crocodile has limbs but the snake does not.
how do the limbs of a pig differ markedly from those of humans?
yes
Bats do have pentadactyl limbs. Its wing is the forelimb version of the pentadactyl limb. In the bat, the forelimbs have turned into wings for flying by great elongation of four digits, while the hook-like first digit remains free for hanging from trees.
Yes they do
Yes, bats do have four limbs,pentadactyl limbs.
A limb of an animal with 5 digits (like an arm or a leg)
No, although urinary and fecal incontinence is typical in dogs that are paralyzed in their hind limbs.
No it will not grow back. Dogs do not have the ability to regrow limbs.
The root word in pentadactyl is "penta," which means five. In biology, "pentadactyl" refers to having five digits, such as fingers or toes.
I will focus on the on the pentadactyl FORELIMB (arm). It is the limb that is common in vertebrates (e.g. humans, birds, dogs, whales, bats ALL HAVE ONE!). It supports the theory of evolution by strengthening the idea of divergent evolution and the idea of a common ancestor by showing that different environmental conditions and different selective pressures can result in vastly different characteristics being selected in common species. Each limb consists of: * humerus - upper arm * radius - forearm * ulna - forearm * carpals - wrist * metacarpals - palm * phalanges - fingers/digits Due to the fact that various organisms have a pentadactyl limb, it is difficult to give a definite answer to what it looks like because it varies from organism to organism. Think of as your own arm as an example of a pentadactyl limb to get a clearer image in your head: * from your shoulder to your elbow is the humerus * from the elbow to the wrist are the ulna and radius * your wrist is the carpal * your palm is the metacarpal * your fingers are the phalanges
The simple answer is yes. There are, however, dogs born with congenital defects that result in missing limbs, and many other dogs with missing limps as the result of illness or injury. Most dogs can very easily adapt to one--or even in some cases two--missing feet without a great deal of difficulty. Hind limbs are generally easier for a dog to cope with the loss of than forelimbs, but they can adapt to either.
Homology in the pentadactyl limb, where different species share a common limb structure despite having different functions, is evidence for adaptive radiation because it suggests that a common ancestor with this limb structure diversified into various species to adapt to different environments or ecological niches. The conservation of the pentadactyl limb's basic structure implies that these species diverged from a shared ancestor through adaptive changes to exploit different habitats and resources.
Having five digits to the hand or foot., Having five appendages resembling fingers or toes.