I am assuming you are talking about the breeding of a plant with white flowers and a plant with red flowers. The reason the new plants will have pink flowers is because the flower color in snapdragons is an example of INCOMPLETE dominance. Red is the stronger allele, but not completely... so the white it not completely overpowered. So the new trait of the new plant is somewhere in between the parent phenotypes: Red mixed with white- or pink!
did you know they actually snap!!??!!
Pink. Gray is a lighter shade of black, and pink is a lighter shade of red.
Let take the symbol for red trait "RR" for white "rr" for tall "TT" for short "tt" now as in case of incomplete dominance the red and white parents can give red, white and pink Rr incase of 4 o'clock plant now by crossing to short parents no progeny will be tall so the answer is no,we can not have offspring of red and tall with parents having pink and short traits, but there canb be red offspring with pink parents.
Red Blood Cells are produced in bone marrow in birds as in mammals. The red blood cells are elliptical in birds and have a shorter life span than in mammals.
Its sort of like if you were to mix pink with orange
Fluorescent yellow. This is due to the high levels of phosphorin in their venom glands, leaking into the salival glands.
Incomplete dominance is where the phenotype of the heterozygote is intermediate to both the heterozygotes. The classic example of this phenomenon is pink snapdragons. If you cross red and white snapdragons, you get pink snapdragons, because neither the red or white allele is dominant to the other.
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.
If the parent snapdragons pass along a white gene (W) to the offspring, then the offspring will be white. If the parent snapdragons pass along a red gene (R) to the offspring, then the offspring will be red.
Incomplete dominance is where the phenotype of the heterozygote is intermediate to both the heterozygotes. The classic example of this phenomenon is pink snapdragons. If you cross red and white snapdragons, you get pink snapdragons, because neither the red or white allele is dominant to the other.
That is an incomplete u have to slap that ah
That is an incomplete u have to slap that ah
When pink and red are mixed together, the color produced is a shade of purple.
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An example of incomplete dominance is when a white flower and red flower mate and create a pink flower. The white and red colors mix creating the pink. Neither allele is dominant, resulting in a combination of the two.
Yes. Pink shoes instead of red would be fine.
Pink is typically produced by mixing red and white. By adjusting the ratio of red to white, different shades of pink can be achieved.
Pink is typically made by combining red and white. The more white that is added to red, the lighter the shade of pink that is produced.