during an experiment, a scientist crosses a pea plant that has purple flowers with a pea plant that has…

during an experiment, a scientist crosses a pea plant that has purple flowers with a pea plant that has white flowers. the plants that result from this cross in the f₁ generation have both purple and white flowers. what can the scientist conclude?\no white flowers are dominant over purple flowers.\no neither purple flowers nor white flowers are dominant.\no the plants in the p generation were not true - breeding.\no all the plants in the f₂ generation will have purple flowers.

during an experiment, a scientist crosses a pea plant that has purple flowers with a pea plant that has white flowers. the plants that result from this cross in the f₁ generation have both purple and white flowers. what can the scientist conclude?\no white flowers are dominant over purple flowers.\no neither purple flowers nor white flowers are dominant.\no the plants in the p generation were not true - breeding.\no all the plants in the f₂ generation will have purple flowers.

Answer

Brief Explanations:

If one trait was dominant over the other in a simple - Mendelian cross between pure - breeding plants, the F1 generation would show only the dominant trait. Since both purple and white flowers are present in the F1 generation, it indicates incomplete dominance or codominance, meaning neither purple nor white is completely dominant. If the P - generation plants were true - breeding (homozygous), and one trait was dominant, the F1 would be all of the dominant phenotype. We cannot predict the F2 generation phenotype based on the given F1 information.

Answer:

Neither purple flowers nor white flowers are dominant.