In incomplete dominance
In incomplete dominance
- A
Dominant trait is completely expressed in $F_{1}$ generation
- B
Phenotypic and genotypic ratio are different
- C
Two dominant alleles are needed to express the complete dominant trait
- D
$F_{1}$ individuals have the equal traits of both parents
Similar Questions
In certain plant species, red flower colour is incompletely dominant to white flower colour (the heterozygote is pink) and tall stems are completely dominant to dwarf stem. If a tall pink plant $(TtRr)$ is crossed with a tall white plant $(TTrr),$ which one of the following type of plants would be produced in the offsprings?
In certain plant species, red flower colour is incompletely dominant to white flower colour (the heterozygote is pink) and tall stems are completely dominant to dwarf stem. If a tall pink plant $(TtRr)$ is crossed with a tall white plant $(TTrr),$ which one of the following type of plants would be produced in the offsprings?
${F_1}$ hybrid is intermediate between the two parents. The phenomenon is
${F_1}$ hybrid is intermediate between the two parents. The phenomenon is
In Mirabilis jalapa, when homozygous red-flowered and white-flowered plants are crossed, all $F_1$ plants have pink-coloured flowers. In $F_2$ produced by selfing of $F_1$ individuals, red, pink and white flowered plants appear respectively in the ratio of or What will be the ratio in $F_2$ generation if red-flowered variety of Mirabilis jalapa is crossed with white-flowered variety
In Mirabilis jalapa, when homozygous red-flowered and white-flowered plants are crossed, all $F_1$ plants have pink-coloured flowers. In $F_2$ produced by selfing of $F_1$ individuals, red, pink and white flowered plants appear respectively in the ratio of or What will be the ratio in $F_2$ generation if red-flowered variety of Mirabilis jalapa is crossed with white-flowered variety
Incomplete dominance is found in
Incomplete dominance is found in
In $F_2$ generation of monohybrid cross the cause of $1 : 2 : 1$ phenotypic ratio is
In $F_2$ generation of monohybrid cross the cause of $1 : 2 : 1$ phenotypic ratio is