Which conclusion did Mendel draw from observing the F2 generation in his pea plant crosses?

When Mendel crossed short (tt) pea plants with short (tt) pea plants, what was the genotype of all the offspring?

Mendel formed a possible explanation for the outcomes he observed in pea plants. Mendel formed a:

In a cross between a pea plant with yellow seeds (dominant) and a pea plant with green seeds (recessive), all offspring in the F1 generation have yellow seeds. What does this result indicate about the genotype of the male parent?

Which generation is produced when the F1 monohybrids are allowed to self-fertilize in Mendel's monohybrid crosses?

In the context of Mendel's experiments, which structure in a diagram of meiosis is referred to as a tetrad?

Which of the following breeding methods is most closely associated with Mendel's principles and is commonly used in the cattle industry to maintain desirable traits?

In Mendel's experiments, a two-factor cross is one in which an experimenter follows the inheritance of:

In his experiments, Mendel observed a 3:1 ratio between dominant and recessive traits in which generation of pea plants?