Biomolecules
Properties of Water
Organells
Mitosis
Homeostatis (Tonicity)
100

Glucose is an example of a monomer from the class of biomolecules?

CARBOHYDRATE

100

This property allows insects to walk on top of non-moving masses of water.

SURFACE TENSION

100

This organelle is where DNA is housed within eukaryotic cells.

NUCLEUS

100

Chromosomes align at the middle of the cell.

METAPHASE

100

The movement of particles from an area of high concentration to low is this process.

DIFFUSION

200

The “N-A” in the acronym DNA, represents which type of biomolecule?

NUCLEIC ACIDS

200

Because water easily dissolves most solutes, it is described as “this” function in a solution?

UNIVERSAL SOLVENT

200

This part is what makes a cell possible and found in ALL cells, no matter the type.

CELL MEMBRANE

200

Two nuclei are present in ONE cell.

Telophase

200

The diffusion of water molecules through a semipermeable membrane is the name of this process.

OSMOSIS

300

There are only 20 different types of these monomers, the building blocks of proteins.

AMINO ACIDS

300

Rinsing off and drying off are related these unique properties that makes H20 “sticky”.

COHESION & ADHESION

300

Considered “the powerhouse of the cell”, this organelle synthesizes the production of ATP.

MITOCHONDRIA

300

The nuclear envelope breaks down and chromosomes begin to condense.

PROPHASE



300

A cell maintains its size due to being in THIS type of solution.  Where the concentration of solutes is equal inside and outside the cell.

ISOTONIC

400

Another name for complex carbohydrates such as starch, composed of many subunits bonded together.

POLYSACCHARIDE

400

H-bonds form as H2O freezes, causing the volume of water to increase within the same mass of molecules.  What unique property of water takes effect?

ICE FLOATS

400

This organelle processes and transports proteins to other cells.

GOLGI APPARATUS

400

Sister chromatids split apart at the centromere and move to opposite poles of the cell.

ANAPHASE

400

A cell SHRIVELS due to being in THIS type of solution.  Where the concentration of solutes is LOWER inside than outside the cell. 



HYPERTONIC

500

This region of the PHOSPHOLIPID BILAYER hates water, due to the non-polar nature of which part of the fatty acid molecule?

HYDROPHOBIC TAILS

500

This uneven sharing of electrons within a water molecule is what gives H2O its unique properties.

POLARITY

500

These distinct features are the key difference between PLANT vs. ANIMAL cells

LARGE CENTRAL VACUOLE🌿

CELL WALL🌿

CHLOROPLASTS🌿

CENTRIOLE🦅

LYSOSOMES🦅

BOX🌿 vs ROUND🦅

500

Division of the cytoplasm beginning with the formation of a cleavage furrow or cell plate.

CYTOKINESIS



500

A cell SWELLS due to being in THIS type of solution.  Where the concentration of solutes is GREATER inside than outside the cell. 



HYPOTONIC

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