Question

❤goal ❤

Q.State the Mendelian principle which can be derived from a dihybrid cross and not from monohybrid cross.




:-)

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Answer 1

$\mathfrak{\huge{\green{\underline{\underline{AnswEr :}}}}}$

Φ $\mathtt\red{Third\:law\:of\:the \:Mendel\:or\:Law}</p><p>$$\mathtt\red{of\:the\:Independent \:Assortment\:can\:be\:derived}</p><p>$$\mathtt\red{from \:the\:Dihybrid\:cross\:and\:not\:from \:the\:monohybrid\:cross.}</p><p>$

Φ First and Second Law ;

$\boxed{\red{Monohybrid\:cross\:can\:be\:only\:use }}$$\boxed{\red{to\:derive\:the\:Law\:of \:Dominance}}$$\boxed{\red{and\:Law\:of\:the \:Segregation.}}$

Answer 2

The principles that govern heredity were discovered by a monk named Gregor Mendel in the 1860s. One of these principles, now called Mendel's Law of Segregation, states that allele pairs separate or segregate during gamete formation, and randomly unite at fertilization.