how many white pups would occur if a black male guineapig mated with a white female.black gene overrides white
594571
3:1 ratio in favor of black
1138661
There is no way to determine the sex just by looking, you would have to observe its behaviour in the wild.  Also a vet would be able to tell using a DNA test.
617173
Pigs and humans: no.\nChimps and humans: maybe.\n\nHonestly, the scientific jury is still out on whether or not humans are able to crossbreed with apes.  Rumours have cropped up within the scientific community for years, but no definitive cases have presented themselves.  Check out the link below for some interesting reading on the topic.
333695
I actually saw a tv show about this. Some guy married his goat and another married a horse, might have been a lady that married the horse....\n\nWhat ever trips your trigger!!\n\nJust found a couple of articles....ok 3 or more\nhttp://news.bbc.co.uk/1/hi/world/africa/4748292.stm\nhttp://www.eonline.com/News/Items/0,1,3032,00.html\nhttp://www.frc.org/get.cfm?i=BC04C02
287485
Not true. That one dude last season got plenty. But besides that, there aren't enough black guys on the show for them to prove they don't reproduce asexually as you have said.
644318
No. Humans and chimps are entirely reproductively isolated. Mating will not produce any kind of hybrid.
1079080
no they are a different species
425689
8 dogs with 8 puppies that is 64 puppies.\n\nSo 8 dogs have 4 legs each - 32 legs 32 paws\n64 puppies with 4 legs each 256 legs 256 paws\n8 humans with 2 legs each 16 legs 0 paws\n\n304 legs in total\n288 paws\n\ndon't understand the 8 men and each 8 has sacks? if you mean each man has 8 sacks with 8 dogs then\n64 dogs with 4 legs each 256 legs / paws\n512 puppies with 4 legs 2048 legs / paws\n\nso total 2420 legs, 2404 paws
340423
They already are considered different species--even though they *are* genetically compatible (i.e., the hybrid is not sterile).  Some people believe that wolves and dogs are in the process of speciation--that is, they are becoming separate species, but haven't completely diverged yet.  Wolf-dog hybrids don't occur very often in nature because they have different social and mating patterns.  Nevertheless, if you stick a male and a female in heat together in a cage, eventually they're going to do it.
811443
The above answer is right; the record litter size among wild mammals goes to the tailless tenrec, but according to the sources I found, the maximum record is 31 (of which 30 survived), not 32. However, the average nº of young is approx. 15.\n\nThe next largest litters correspond to some opossums (20 young), the ermine (a carnivore) with 18 kits, and the rest are rodents (with a maximum of 15 pups for some rat species).  \n\n\nAmong domestic breeds (many of which have been selected to be prolific) the record belongs to a domestic mouse with 34 pups (33 of them survived.)\n\nSee the sources :-)
454001
you got zebrinny(offspring of male horse and female zebra),zebrule(hybrid offspring of male zebra and female horse)zebu(ox with hump and dewlap)zemni(blind mole rat)zho(cross between yak and a cow),zizel(chipmunk)zonure(small south african lizard)zosterops(a small tropical bird)zumbador(south african humming bird).it was real learning for me too...answering this question..after listing all this i began thinking if getting all this was a kind of zoosophy or zoomania!!
802960
The women and the man would have a heterozygous geneotype\n\nThe woman's genotype would consist of a gene for B blood and for O blood.\nThe man's genotypes would consist of a gene for A blood and B blood.  \n\nSince O is a ressisve gene, A and B would dominiant the blood type for their children who could have an A, B or AB blood type.  \n\nFollowing a basic 2 x 2 Punnett square, the statistics of a child getting a homozygous B blood type would be 1/4; a AB blood type would be 1/4; for getting a heterzygous A or B blood type with a ressive O gene would be 2/4 or 1/2.
1137276
There are organisms (fungi, mostly) with more than two genders. We call these "mating types." A mating type can usually mate with individuals of all other mating types except its own type.\n\nSupposing there were many mating types at first, as rare ones get unlucky they go extinct, until there are only two left. These become male and female (if they have gametes of different sizes).
440581
You will get a rabbit that is temporarily immune to the bacterial antigen that was injected into the first rabbit. This would be like giving a type O mother Rhogam.
117215
The closest answer is D\n\nI suggest you to give it a try yourself first.\n\nFirst try to visualize how many different types of gamates will be there. You will see two types A and a\n\nNow, draw a punnet square & cross them. You will get only one possible offspring i.e. Aa in the first filial generation.(F1 generation)\n\nNow, on performing self cross on two Aa individuals in the similar fashion, you will get a 3:1 phenotypic ratio and a 1:2:1 genotypic ratio in the F2 generation.
1091812
Nature sure has a sence of humor. I had a dog that was so gay. He was in love with my Redneck neighbor's dog. They were totally in love. My neighbor couldn't handle having a gay dog and built a pen so his dog couldn't jump my fence anymore. His dog wouldn't jump into anyone elses yard or out into the hood. He would come over and make sweet love to my dog. I had another male dog in my yard then as well and my other neighbor had two females. The females would jump my fence and get down with my other male dog. My gay dog and the Redneck's dog would have nothing to do with them. Thinking back on it, I had a backyard brothel.....
95947
A) Both the genotype and phenotype would be roan\nB) 1/2 you would get roan(Rw)and 1/2 white(ww)