Mendelian Bundled with complete solutions;Updated 2024

How did Mendel make the F1 generation for his experiments? - Answer-He crossed two pure lines. In Mendel's experiment, why did traits show up in the F2 generation that were not present in the F1 generation? - Answer-The traits were recessive. In Mendel's experiment, why did wrinkled seeds show ...

allele - variant form of a gene codominance - hetero shows both pheno from the two alleles complete dominance - hetero shows same pheno as homo Epigenetics - change in phenotype without changing genotype Father has blood type A. Mother has blood type B. Child has blood type O. What are the genot...

A cross between true-breeding green and yellow plants (green pea color is dominant) results in ... plants with 1/4 green peas, 3/4 yellow peas plants with all yellow peas plants with 1/4 yellow peas, 3/4 green peas plants with all green peas - Answer-plants with all green peas A dihybrid cross ...

A cross involving true-breeding, red snapdragons and true-breeding, white snapdragons produce all pink offspring because both genes are present, neither being ________ over the other resulting in the ________ of the trait. - • dominant • blending Choose the answer that shows the cross betwee...

allele - version of a gene that produces a specific trait Autosomal Dominant Trait - appears in every generation (cant hide dominant trait), child with trait has at least 1 parent with the trait Autosomal recessive trait - skips a generation, heterozygotes are carriers (half filled symbol), not ...

Explain how Mendel cross pollinated his pea plants - Hand pollinated Explain the difference between dominant & recessive alleles - Dominant is stronger and will show up with a better chance than recessive Give 4 reason that Mendel used garden peas for his experiments - Small area, lots of offspri...

Allele - alternative form of a gene (one member of a pair) located at a specific position on a specific chromosome (a letter) Codominance - occurs when BOTH alleles of a gene are expressed in an individual (ex. Black + White = Black & White Speckled) Dihybrid cross - a two-trait cross (ex. color...

23rd pair - Sex chromosomes = determines the sex of an individual (Female: XX, Male: XY) Allele - same trait, different chromosome of homologous pair B locus - controls the color of melanin pigment: B is black; b is brown Chromosome pairs - same gene or genes affecting the same traits at correspo...

1) Which of the following statements is correct in describing the terms monohybrid cross and dihybrid cross? - Answer-B) A dihybrid cross involves organisms that are heterozygous for two characters that are being studied, and a monohybrid cross involves organisms that are heterozygous for only one...

allele - one form or version of a gene asexual reproduction - a type of reproduction by which offspring arise from a single organism, and inherit the genes of that parent only codominance - type of dominance that occurs when the contributions of both alleles are visible in the phenotype complet...

"Law of Independent Assortment" - Each trait is inherited differently "Law of Segregation" - Each trait is controlled by two copies of a gene Allele - different forms of the gene Amnio Centisis - Medical procedure that proves gender of baby and any abnormalities Autosomes - all other chromos...

23 chromosomes - each parent contributes this many chromosomes to their offspring in humans. 46 chromosomes - Full set of chromosomes in a normal human cell. Adele - Set Fire To The Rain Allele - the different forms of a gene. Centromere - area where the chromatids of a chromosome are attached ...

alleles - The different forms of a gene. Y and y are different alleles of the gene that determines seed color. Alleles occupy the same locus, or position, on chromosomes. autosome - Any chromosome that is NOT a sex chromosome. co-dominant alleles - Two different alleles at a locus are responsible...

46 - the number of chromosomes that humans have allele - one form or version of a gene complete or simple dominance - type of dominance that occurs when an inherited trait is coded for by a single gene and that gene has two versions, or alleles: the dominant version and the recessive version, wh...