Chemical Equations
Dimensional Analysis
Stoichiometry
Energy
Parts of a Chem Reaction
100

The name of this type of chemical equation:

 a+b -> ab

synthesis

100

How many of anything are in a mole? 

6.02 x 10 ^23

100

On the stoich map we discuss volume in: 

liters

100

This is how we saw energy released in our last lab.

Color of flame

100

Everything on the left side of the chemical equation.

Reactants 

200

The name of this type of chemical reaction:

 ab-> a+b

decomposition

200

How many seconds are in an hour?

1200 seconds per hour

200

On the stoich map we use this unit for mass

grams

200

This is why the flames were different colors

amount of energy released
200

Everything to the right of the chemical equation.

Product 
300

The name of this type of chemical reaction:

 ab+c->ac+b

single replacement 

300
What orientation should like units be in to cancel out?

diagonal 

300

The number of steps to move from moles of known to moles of unknown.

one
300

This is where the energy in our lab came from 

breaking of chemical bonds

300

How you read the arrow ->

yields

400

The name of this type of chemical reaction: 

ab+cd->ac+bd

Double Replacement 

400

The purpose of dimensional analysis

to convert between units

400

The number of steps to move from grams of known to mass of unknown: 

three

400

This is the type chemical reaction that releases heat

exothermic

400
The little numbers at the bottom of chemical abbreviations O2 

Subcript 

500

The name of this type of chemical reaction:

C3H8 + 5O2 -> 3CO2 +4H2O

combustion

500

One example of a purpose for dimensional analysis is Agriculture

fertilizing, any measurements etc

500

The orientation in which the molar ratio always written in.

unknown over known 

500

This is the type of chemical reaction that absorbs heat

Endothermic

500

The large numbers at the beginning of chemical abbreviations/compounds 2H2

Coefficients