(C) In a monohybrid cross,a homozygous tall plant $(TT)$ is crossed with a dwarf plant $(tt)$.In the $F_1$ generation,all plants are heterozygous tall

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One homozygous tall,one homozygous dwarf,and two heterozygous tall

(C) In a monohybrid cross,a homozygous tall plant $(TT)$ is crossed with a dwarf plant $(tt)$.In the $F_1$ generation,all plants are heterozygous tall $(Tt)$.When $F_1$ plants $(Tt)$ are self-pollinated to produce the $F_2$ generation,the genotypes are $TT$,$Tt$,$Tt$,and $tt$.This results in a genotypic ratio of $1$ homozygous tall $(TT)$ : $2$ heterozygous tall $(Tt)$ : $1$ homozygous dwarf $(tt)$.

Class 12 Biology Principles of Inheritance and Variation Inheritance of one gene

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The crossing of a homozygous tall plant with a dwarf plant in the $F_2$ generation would yield plants in which ratio?

A
All homozygous dwarf
B
All heterozygous tall
C
One homozygous tall,one homozygous dwarf,and two heterozygous tall
D
Two tall and two dwarf

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Principles of Inheritance and Variation

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Inheritance of one gene

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Describe Mendel's Monohybrid experiment.

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The crossing of a homozygous tall plant with a dwarf plant in the $F_2$ generation would yield plants in which ratio?

Similar Questions

If a dwarf pea plant was treated with Gibberellic acid,it grew as tall as a pure tall pea plant. If this treated plant is crossed with a pure tall plant,then the phenotypic ratio of the offspring is likely to be:

When experimenting with the factor of tallness in $Pisum$ $sativum$,Mendel obtained the results $73.97\%$ tall and $26.03\%$ dwarf from one of the crosses. This shows that the parents are:

What is the proportion of dwarf and tall plants in the $F_{2}$-generation of Mendel's experiment?

Two pea plants were subjected to cross-pollination. Of the $183$ plants produced in the next generation,$94$ plants were found to be tall and $89$ plants were found to be dwarf. The genotypes of the two parental plants are likely to be

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