Wrinkled peas are recessive, smooth peas are dominant.
He studied dominant and recessive genes. He studied pea plants and the traits that they obtained from previous generations.
Gregor Mendel worked on following 7 triats in pea plant1. Plant height- Tall (dominant) or short (recessive)2. Seed shape- round (dominant) or wrinkled (recessive)3. Pod colour- Green (dominant) or yellow (recessive)4. Pod shape- Inflated (dominant) or constricted between seeds (recessive)5. Flower position- Terminal or axial6. Seed colour- gray or white7. Pea colour- green or yellow# The round or roundish form of the seed with or without shallow depressions. # The yellow coloring of the seed albumen. # The gray, gray-brown, or leather brown color of the seed-coat, in association with violet-red blossoms and reddish spots in the leaf axils. # The simply inflated form of the pod. # The green coloring of the unripe pod in association with the same color of the stems, the leaf-veins and the calyx. # The distribution of the flowers along the stem. # The greater length of stem.Pea Texture, Plant Hight, Flower Color, Flower Position, Pod Color, Pea Color, and Pea Shape
He cross-pollinated plants
garden pea common pea green pea ambot ?
Split pea
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 ;)
As stated in mendelian inheritance wrinkled seeds have recessive trait(r),while round seeds are dominant trait(R).
it is like a process
Mendel's experiments showed the characteristics of genes that express complete dominance--that is, traits where one allele is completely dominant over another, and the recessive allele does not appear in the phenotype at all. Some of the specific traits that Mendel was testing include pea color (yellow or green, with green being completely dominant) pea surface texture (wrinkled or smooth, with smooth being dominant) and flower color (pink and white, with pink being dominant.)
Mendel studied dominant and recessive traits in pea plants and flowers that had traits that had either or phenotypes. For example, a pea plant could have round or wrinkled offspring. He would then breed the round and wrinkled together and see what happened.
Wrinkled seeds are recessive The F1generation carried recessive alleles.
Mendel described two seed shapes among the pea seeds in his study: Smooth and Wrinkled.
75%
In Pea tallness is dominant but in man it is recessive .
In pea plants round seeds are dominant to wrinkled. So to have round seeds you either will have two dominant alleles (homozygous dominant) or one dominant and one recessive allele (heterozygous)
The recessiive trait one is 50%,dominant is 75% or above.
Ressive genes. Smooth seeds are dominant in the pea plants Mendel used in his experiments.