Kahoot

Meiosis involves a cell dividing twice.
Crossing-over during meiosis increases genetic diversity by exchanging genetic material between chromosomes.
Meiosis starts with 16 chromosomes and results in cells with 8.
A diploid parent cell divides twice during meiosis, producing four haploid daughter cells.
Meiosis is necessary for sexual reproduction to maintain the correct number of chromosomes in zygotes.
Mitosis results in 2 diploid cells, while meiosis results in 4 haploid cells.

Incomplete dominance: alleles blend to create a new phenotype.
Random combination of sex cells during fertilization increases genetic variation.
Hereditary information is in genes located on chromosomes.
An organism's appearance is its phenotype.
Blood types are traits controlled by multiple alleles.
True breeding: offspring share the same traits as the parent.
Dihybrid cross led Mendel to the discovery of independent assortment.
Crossing the F1 generation, the recessive reappeared, showing alleles segregated into individual gametes.
The law of independent assortment states that traits assort independently in offspring.