Reproduction
Natural Selection
Mitosis
Genetic & Heredity
Meiosis
100

Is the process of producing a new organism

Reproduction
100

change in a species over time

Evolution

100

number of daughter cells produces

2

100

is the study of how traits are passed from parent to offspring by looking at genes

genetics

100
Occurs in reproductive organs/necessary for sexual reproduction to occur

Meiosis

200

small sections of DNA on a chromosome

Genes

200

Became the ship's naturalist/Voyage of the Beagle

Charles Darwin 

200

type of chromosome number in daughter cell

diploid (full set)

200

the passing of traits from parent to offspring

heredity

200

crossing over creates variations in the offspring's trait

prophase

300
Cell have a full set of chromosomes/46 for humans

Diploid

300
change in a species over time

evolution

300

chromosomes line-up in the middle

metaphase 2

300

alleles describe a genetic factor that is always expressed

dominant

300

daughter cells undergo a second division; much like mitosis

meiosis II

400

DNA is like blueprint or

Instructions

400

Occurs when populations of the same species evolve to become different genetically

Speciation

400

2 identical DNA strands, called chromatids, are held together at a region is called

centromere

400

the physical trait that an offspring expresses as a result of the genotypes

phenotype

400

spindle fibers attach to each chromosome

metaphase I

500

4 Nitrogen Bases that make the Rungs of the ladder

Adenine, Thymine, Guanine, Cytosine

500

occurs when population become divided by physical barriers that keep populations from mating 

Geographical Isolation

500

is the process in which the nucleus divides to form two new nuclei that have the same genetic information

mitosis

500

two categories of genotypes

homozygous & heterozygous/hybrid

500
start with diploid cells, forms of nuclear division, replication of DNA, disappearance of the nucleus and formation of spindle fibers

Mitosis & Meiosis