Question

read part 2. jot down notes and drawings that will help you remember the meanings of these words. you can use the sketch/scribble button on the toolbar.
haploid type/draw here.
genetic variability type/draw here.
read it! mitosis and meiosis – part 2
meiosis, the daughter cells are no longer the same as the parent cell. this is key in ensuring that new offspring will have genetic variability.
why is this important?
have you ever noticed that a litter of puppies or kittens may all look different? these differences are due to the genetic variations that happened during the production of the animals gametes.
when male and female haploid gametes come together, they form a diploid zygote (fertilized cell). this zygote now has a combination of the genes from both parents. due to the shuffling of the alleles when the gametes were produced, not all offspring of the parents will get the same alleles, and so they may all look different!

Explanation:

Haploid refers to cells that have a single set of chromosomes, often seen in gametes (sperm and egg cells). Genetic variability is crucial as it allows for differences among offspring, promoting adaptation and evolution. In meiosis, the shuffling of alleles during gamete - production leads to this variability. When haploid gametes combine during fertilization, a diploid zygote is formed with a mix of parental genes.

Answer:

Haploid: Cells with a single set of chromosomes, common in gametes.
Genetic variability: Results from allele - shuffling in meiosis, important for differences among offspring and evolution.