Match the following columns.
Column-$I$ Column-$II$
$(w)$ Blood group $(a)$ Polygenic inheritance
$(x)$ Skin colour $(b)$ Aneuploidy
$(y)$ Mendelian disorder $(c)$ Incomplete dominance
$(z)$ Chromosomal disorder $(d)$ Sickle-cell anaemia
$(e)$ Co-dominance

  • A
    $w-e, x-a, y-d, z-b$
  • B
    $w-c, x-a, y-d, z-b$
  • C
    $w-a, x-b, y-c, z-d$
  • D
    $w-b, x-c, y-d, z-e$

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Similar Questions

$Statement A$: For a particular character in an individual,each gamete gets only one allele.
$Statement B$: Chromatids of a chromosome split (separate) and move towards opposite poles during anaphase of mitosis.

Match the terms in Column $I$ with its phenotypic ratio in Column $II$ correctly and choose the correct option.
Column $I$Column $II$
$i$. Monohybrid test cross$a$. $1:2:1$
$ii$. Incomplete dominance$b$. $1:2$
$iii$. Law of independent Assortment$c$. $1:1$
$iv$. Sickle Cell Anaemia$d$. $9:3:3:1$

Among the four couples given,who could be the biological parents of a child with $O^+$ blood group?

$A$ : Test cross is the tool for knowing linkage between genes.
$R$ : Monohybrid test cross gives two phenotypes and two genotypes.

Which of the following is a placental mammal and not a marsupial?

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