How many phenotypes can be obtained if a pea | vedclass

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(A) The cross between two dihybrid pea plants $(RrTt 	imes RrTt)$ follows Mendel's Law of Independent Assortment. $RT$$Rt$$rT$$rt$$RT$$RRTT$$RRTt$$Rr

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$4$

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(A) The cross between two dihybrid pea plants $(RrTt 	imes RrTt)$ follows Mendel's Law of Independent Assortment. $RT$$Rt$$rT$$rt$$RT$$RRTT$$RRTt$$RrTT$$RrTt$$Rt$$RRTt$$RRtt$$RrTt$$Rrtt$$rT$$RrTT$$RrTt$$rrTT$$rrTt$$rt$$RrTt$$Rrtt$$rrTt$$rrtt$The resulting phenotypes are:$1$. Tall plant with round seeds $(R-T-)$$2$. Tall plant with wrinkled seeds $(R-tt)$$3$. Dwarf plant with round seeds $(rrT-)$$4$. Dwarf plant with wrinkled seeds $(rrtt)$Thus,there are $4$ distinct phenotypes.

How many phenotypes can be obtained if a pea plant $(RrTt)$ is crossed with another pea plant with the same genotype?

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