75%
If smooth peas are dominant over wrinkled peas, it means that when a plant with one smooth pea allele and one wrinkled pea allele reproduces, all of its offspring will have smooth peas. This is because the dominant allele (smooth) masks the expression of the recessive allele (wrinkled) in the offspring's phenotype.
To determine whether wrinkled or smooth leaves is the dominant trait in a true-breeding plant, you would perform a genetic cross between a true-breeding plant with wrinkled leaves and another with smooth leaves. By observing the phenotypes of the offspring in the F1 generation, you can ascertain which trait is expressed. If all offspring exhibit smooth leaves, then smoothness is dominant; if there is a mix of both traits, further testing in subsequent generations would be necessary to confirm dominance. Additionally, you could analyze the genotypes of the plants involved to further understand the inheritance pattern.
dominant and recessive genes. to research this, he used peas and investigated the genes which determined whether a pea would be wrinkled or smooth. he was actually a mathematician and he spend ages cross breading wrinkley with straight and counting out the two different types of pea. he counted 1000 peas. approximately 250 were wrinkled and 750 were smooth, leading him to the theory that the gene for smooth pease was dominant eg. wrinkled = w smooth = W W + w = smooth W + W = smooth w + W = smooth w + w = wrinkled the 3:1 ratio hope this helps ;)
With 2 wrinkled pea pods, you typically get peas that exhibit a wrinkled phenotype, which is often a result of a genetic trait affecting starch storage. This trait is associated with a recessive allele, meaning both parents must carry the gene for the offspring to express the wrinkled appearance. Wrinkled peas tend to have a sweeter flavor compared to their smooth counterparts due to higher sugar content. In Mendelian genetics, this illustrates basic principles of inheritance and phenotypic expression.
The rough endoplasmic reticulum (reticulum plasmatic wrinkled?) and smooth endoplasmic reticulum (reticulum plasmatic smooth?) si that the rough ER is dotted by ribosomes (hence "rough") that synthesize protein into the ER. The smooth ER does not possess ribosomes and has different functions such as lipid synthesis and xenobiotic detoxification.
Wrinkled peas are recessive, smooth peas are dominant.
If smooth peas are dominant over wrinkled peas, it means that when a plant with one smooth pea allele and one wrinkled pea allele reproduces, all of its offspring will have smooth peas. This is because the dominant allele (smooth) masks the expression of the recessive allele (wrinkled) in the offspring's phenotype.
Wrinkled seeds are recessive The F1generation carried recessive alleles.
they have a smooth texture, almost of wrinkled skin or smooth bark
Round (smooth) and wrinkled
if "R"= red and I assume non dominat color is white then "r"-white if "S"= smooth seed and "s"- wrinkled Your plant would be "Rrss" = Red flowers, but produces wrinkled seeds
A retina has to be smooth and not wrinkled so the image that is formed by the lens is in focus at all points. If it were wrinkled, some areas of the image would be out of focus; it is smooth to best reflect the light.
The allele for smooth peas should be represented as "S" while the allele for wrinkled peas should be represented as "s", following the convention of using uppercase letters to represent dominant alleles and lowercase letters for recessive alleles.
dominant and recessive genes. to research this, he used peas and investigated the genes which determined whether a pea would be wrinkled or smooth. he was actually a mathematician and he spend ages cross breading wrinkley with straight and counting out the two different types of pea. he counted 1000 peas. approximately 250 were wrinkled and 750 were smooth, leading him to the theory that the gene for smooth pease was dominant eg. wrinkled = w smooth = W W + w = smooth W + W = smooth w + W = smooth w + w = wrinkled the 3:1 ratio hope this helps ;)
its a thig or somthing like a tabla surface
If you cross wwgg x WwGg, each parent contributes one allele for the traits. The genotype for wrinkled (w) and green (g) seeds is wwgg, and the genotype for WwGg is heterozygous for smooth and yellow. Therefore, 0% of the offspring will be wrinkled green.
Any surface which is wrinkled has a larger surface area than the space it actually takes up.