Chapter 5.1, Problem 19AQP

a.

Summary Introduction

To determine:

The phenotype and ratio of offspring produced by the cross between $R{p}^1/R{p}^2\times R{p}^1/rp$.

Introduction:

Pearl millet is a species of millet, which is native to the Indian subcontinent and Africa since prehistoric period. The color of the pearl-millet is determined by many alleles such as $R{p}^1$ (red), $R{p}^2$(purple) and $rp$(green).

b.

Summary Introduction

To determine:

The phenotype and ratio of offspring produced by the cross between $R{p}^1/rp\times R{p}^2/rp$

Introduction:

Pearl millet is a species of millet, which is native to the Indian subcontinent and Africa since prehistoric period. The color of the pearl-millet is determined by many alleles such as $R{p}^1$ (red), $R{p}^2$(purple) and $rp$(green).

c.

Summary Introduction

To determine:

The phenotype and ratio of offspring produced by the cross between $R{p}^1/R{p}^2\times R{p}^1/R{p}^2$.

Introduction:

Pearl millet is a species of millet, which is native to the Indian subcontinent and Africa since prehistoric period. The color of the pearl-millet is determined by many alleles such as $R{p}^1$ (red), $R{p}^2$(purple) and $rp$(green).

d.

Summary Introduction

To determine:

The phenotype and ratio of offspring produced by the cross between $R{p}^2/rp\times r{p}^{}/rp$.

Introduction:

Pearl millet is a species of millet, which is native to the Indian subcontinent and Africa since prehistoric period. The color of the pearl-millet is determined by many alleles such as $R{p}^1$ (red), $R{p}^2$(purple) and $rp$(green).

e.

Summary Introduction

To determine:

The phenotype and ratio of offspring produced by the cross between $rp/rp\times R{p}^1/R{p}^2$.

Introduction:

Pearl millet is a species of millet, which is native to the Indian subcontinent and Africa since prehistoric period. The color of the pearl-millet is determined by many alleles such as $R{p}^1$ (red), $R{p}^2$(purple) and $rp$(green).