Carbon + Chemical Reactions
Energy
Carbon Compounds
Enzymes
Choose your own adventure
100

Carbon is special because it can form ___ bonds (#)

4

100

Where do plants get their energy? 

The sun

100

The monomer of carbohydrates

Monosaccharides

100

Enzymes are this macromolecule

Protein

100

Ms. Silance's favorite theme park

Disneyland

200

The molecules that enter a reaction are called

Reactants

200

Biological catalysts in the body

Enzymes

200

The function of lipids

Long term energy

200

When a substrate is within the enzyme, this is called the

Enzyme-substrate complex

200

What is the name of the enzyme that converts carbohydrates to simple sugars in your mouth?

Salivary amylase

300

What are the four giant carbon based molecules?

carbohydrates, lipids, nucleic acids, proteins

300

What is a catalyst? 

A molecule that speeds up the rate of the reaction by lowering the activation energy

300

An example of a protein

Enzymes

300

The substrate enters the enzyme at this location

the active site

300

What happens when an enzyme is denatured? 

The enzyme loses its shape and therefore loses its function

400

What is the difference between subscripts and coefficients?

Subscripts - # of atoms within a molecule

Coefficients - total # of molecules

400

The energy required for a chemical reaction to start

activation energy

400

This makes nucleotides different from one another

Nitrogenous base (adenine, guanine, cytosine, thymine, uracil)

400

When an enzyme no longer performs its function, it can be said that the enzyme is this

Denatured
400

What sport did Ms. Silance play in college? 

Lacrosse

500

The process by which large carbon molecules are synthesized (general name of the reaction)

Polymerization

500

Energy is defined as

the ability to do work

500
The bond between amino acids is called

a peptide bond

500

What does Lactase do? 

Break down lactose into glucose and galactose

500
The difference between unsaturated and saturated lipids is

Presence or absence of a C=C double bond in the fatty acid chain