Chemistry
Macromolecules
Cell Organelles
Mitosis
Meiosis
100

The particles of an atom.

Protons, electrons, and neutrons.

100

A molecule consisting of monomers.

A polymer

100

The organelle that contains the genes.

The nucleus

100

The dividing of the cytoplasm.

Cytokinesis

100

In sexual reproduction, meiosis is used to make _____.

Gametes

200

The electrons in the outermost shell.

Valence electrons

200

The monomer of carbohydrates.

Monosaccharides

200

The organelle that modifies ER products and sends them out.

The Golgi apparatus.

200

The phase where chromosomes line up along the middle.

Metaphase

200

During meiosis, cells go from diploid to _______.

Haploid

300

The bond formed when valence electrons are shared.

Covalent bond

300

A macromolecule that does not have true polymers.

Lipids

300

A sac of hydrolytic enzymes for breaking down molecules.

Lysosome

300

The protein complexes associated with centromeres.

Kinetochores

300

The process by which cells go from haploid to diploid.

Fertilization

400

When the forward and reverse of a reaction are at the same rate.

Equilibrium

400

A lipid structure with four carbon rings.

Steroids

400

The organelle where you will find the electron transport chain for cellular respiration.

Mitochondria

400

The five stages of the M phase.

Prophase,

Prometaphase,

Metaphase,

Anaphase,

Telophase

400
A process that only occurs during Prophase I.

Crossing over

500

An atom's ability to pull on electrons in a covalent bond.

Electronegativity

500

The structure that results when multiple polypeptide chains form a protein.

Quaternary structure

500

Is found in freshwater protists and pumps water.

Contractile vacuole

500

In mitosis a cell starts out ______ and ends diploid.

Diploid

500

The phase where homologous chromosomes are separated.

Anaphase I