The dihybrid cross revealed the inheritance pattern of two different traits.

Mendel's dihybrid cross experiments helped establish the principles of inheritance.

The dihybrid cross can be used to determine the mode of inheritance for certain traits.

Mendel's dihybrid cross experiment helped him understand the principles of inheritance.

A dihybrid cross can be used to predict the probability of offspring inheriting certain traits.

The dihybrid cross can help determine the presence of genetic recombination.

The dihybrid cross allows for the determination of the genotypes and phenotypes of offspring.

The dihybrid cross can help determine the presence of epistasis.

The dihybrid cross can help determine the presence of pleiotropy.

The dihybrid cross can help determine the presence of gene interactions.

The dihybrid cross can help determine the presence of genetic dominance.

The dihybrid cross can help determine the distance between two genes on a chromosome.

The dihybrid cross helps determine the probability of certain traits appearing in offspring.