Which of the following statements is not consistent with Mendel’s experiments using peas?     Mendel used genes that assorted independently from each other     Mendel used pairs of alleles in which one allele was clearly dominant to the other     Mendel used progeny testing and testcrosses to confirm genotypes     Mendel used genes that showed no epistatic interactions with each other     Mendel used pea strains of unknown ancestry

How do some differences in the outcomes for sets of gametes produced illustrate Mendel's laws of independent assortment and segregation? Be brief and specific.

The allele for freckles (F) is dominant to the allele for no freckles (f). A freckled man and an unfreckled woman have two children, a boy with freckles and a girl without freckles. What are the genotypes for all four?   Question 6 options:   Mom: XfXf, Dad: XY, boy: ff, girl: ff   Mom: ff, Dad: FF, boy: Ff, girl: ff   Mom: ff, Dad: Ff, boy: Ff, girl: ff   Mom: ff, Dad: FF, boy: Ff, girl: FF

What is Mendel’s law of segregation?     Allele pairs separate during the formation of gametes, and pair back up upon fertilisation.     During meiosis, the alleles of two or more genes separate into the gametes independent of each other.     During meiosis. genetic material segregates equally into the resulting gametes.     The separation of alleles into different gametes results in genetically distinct offspring.     During meiosis, genes that are in close proximity on the genome are more likely to cross over together.

Mendel’s experiments used plants that had traits which follow simple laws of dominance, segregation, and independent assortment. We have since learned that not all traits follow these simple laws. Give at least three examples of non-Mendelian inheritance patterns and explain how each differs from Mendel’s laws of inheritance.

The statement can be used more than once

Examine the following crosses carried out to explore inheritance of traits in pea plants. Parent cross: rough, soft peas X smooth, hard peas F1 : all rough, hard Test cross: rough, hard X smooth, soft peas F2 : 115 rough soft, 110 smooth hard, 8 rough hard, 12 smooth soft Identify which traits are dominant, and either support or refute the hypothesis that the traits rough/smooth and soft/hard assort independently according to Mendel's law.

In his work on pea plants, Mendel found that plant height was inherited independently of the type or color of the seed coat. This finding: Group of answer choices Explains gene linkage. Demonstrates the Law of Independent Assortment. Demonstrates the Law of Dominance and Recessiveness. Applies only to genes on the same chromosome.

When Mendel performed mono-hybrid crosses with opposing traits (i.e. purple flowers and white flowers) what did he see in the in F2 generation?     He found that the trait that had dissappeared in the F1 generation returned in 25% of the F2 generation     He found that both traits continued to be present in 50% of the F2 generation, just like the F1 generation     He found that the trait that had dissappeared in the F1 generation returned in 50% of the F2 generation     He found that the trait that had dissappeared in the F1 generation returned in 75% of the F2 generation

A man with brown eyes decides to have offspring with a blue eyed woman. After a genetic test, the geneticist tells him that all his kids will have brown eyes, but they will carry the blue eyed allele and his grandchildren might have blue eyes. This is an example of Mendel's Law of Segregation Heritability Phenotypic Transmission Independent Assortment