So I took the worksheet and found that in Punnett Square A (if you have the same worksheet) It has the pairs BB, Bb, Bb, and bb. B= black and b= white. The probablility of a black guinea pig is likely and white is unlikely since there is only 1 trait with 2 recessive alleles.
The probability is 1.
Probability of not blue is the probability of white. The probability of white is 11/(11+21) or 11/32.
what game are you referring to?
3/5 probability of a white ball being drawn.
In a monohybrid cross with black as dominant (B) and white as recessive (b), the probability of an offspring being black is 75% (3/4) and the probability of being white is 25% (1/4) according to the Punnett square ratios.
The question depends on what the offspring is of!
probability is used by botanists, horticulturists and geneticists to determine the probability or "chance" of genetic outcome. for example: if you cross a red flowering plant with a white flowering plant.. probability is used to calculate what chances the offspring of the crossing would be red, pink or white.
The cross that will produce only horned Roan offspring in cattle is the red bull with the white cow. However, these offspring would be able to create either red, white, or Roan.
None if the flowers are daffodils! They can only be yellow or white.
This cross of a black chicken with a white chicken producing an all black and white speckled offspring is an inheritance known as co-dominant inheritance.
When a red snapdragon and a white snapdragon cross, the offspring will all be pink snapdragons. This is because the red and white alleles mix to produce the pink color, resulting in 100% pink offspring.
1/2 Because there is 2 white counter and 1 black and there is a chance you will get white. But a probability getting white is that there is 2 white counters. SM
If you crossed a black hen/roo with a white hen/roo, the offspring would NOT be blue. If he was recessive white, the chicks would be black. If he was dominant white, the chicks would be white with some black "smudges" or "spots". The only way to produce 100% blue chicks is to cross a black roo over splash hens or a splash rooster over black hens.
depends if the black fur gene is dominant.. if it is... then yu would cross BB with bb making all heterozygous genotypes(Bb) therefore, having all possible offspring with black fur so theres a 100% probability of offspring with black fur(:
75%
half white and half purple