In the peas that Mendel studied, the traits all affected one another. True or False.

In the below option which describes Mendel's law of independent assortment? For this question, assume the genotype: AaBb. 1, Allele A can travel with allele B or allele b. 2. Allele an always travels with allele b. 3. Allele A always travels with allele B. 4. Allele A always travels with allele b.

In the Pea plants studied by Mendel, green pod colour is dominant over yellow pod colour. You have grown the same species in your garden and the plant is producing only green pods. You were guaranteed by the garden store that it was homozygous (pure-breeding) but you are not completely sure. Show how you can find out.

Mendel's principle of segregation [Select] [Select] demonstrates why a pea plant can be tall with round seeds or short with round seeds * Previous demonstrates that offspring get one copy of each chromosome from each parent demonstrates that the inheritance of one trait can affect the inheritance of another trait. even when they're on different chromosomes demonstrates that when populations are segregated they are more likely to evolve quickly

Mendel's law of independent assortment applies to both unlinked and linked loci. True False

Get the result of crossing Homozygous dominant and heterozygous. Use the given picture of the corn . And answer what this TOTAL of purple: ______ TOTAL of yellow: _______ TOTAL of all kernels: ______ Percent purple: _____% Percent yellow: ______% Ratio of phenotypes for this cross. PURPLE to YELLOW _________:__________

Describe Mendel's one trait inheritance experiment examining flower color. Begin with what generation he started with and go from there. In your response, make sure to note generation names, ratios from those generations in terms of genotype and phenotype, and how did each generation come about i.e. what flowers were crossed to get the subsequent generation.

If you have a pea plant with a dominant phenotype (like purple flowers) why might you NOT know its genotype?

Which of the following is NOT true of Mendelian traits (Select] [Select ] they are governed by more than one genetic locus Previous they are the product of a single gene they have 2 phenotypes No they have 3 genotypes they are discrete traits