Electron Configuration
Periodic Table
Combustion
Acids & Bases
Redox
100

1s1

Hydrogen

100

Element number 6

Carbon

100

This molecule is always required for combustion.

Oxygen gas

100

What 2 molecules are always produced from an acid-base reaction?

water and a salt

100

This type of electrochemical cell that produces a voltage.

Galvanic cell

Voltaic cell

Battery

200

1s22s22p63s2

Magnesium

200

Element 29

Copper

200

These two molecules are always produced when a hydrocarbon is combusted.

carbon dioxide and water

200

A titration of a strong base with a strong acid will produce a solution with a pH of

7

200

This type of electrochemical cell requires electrical energy.

Electrolytic Cell

300

1s22s22p63s1

Sodium

300

Element Number 92

Uranium

300

The enthalpy of a combustion reactions is 

negative

300

Acids produce this ion when dissolved in water.

Hydronium (H3O+)

H+

300
This part of an electrochemical cell is reduced, thus attracts cations from the solution.

cathode

400

1s22s22p63s23p64s23d10

Zinc

400

Element Number 80

Mercury

400

How many moles of O2 are required for the complete combustion of gasoline?

C8H18 + O2 --> CO2 + H2O

25

400

The result of the incomplete ionization of a weak acid or weak base is

the conjugate acid or conjugate base contributes towards the pH of the solution

neutralization occuring at a pH slightly lower or higher than 7

400

This part of an electrochemical cell is oxidized, thus attracting anions from the solution.

anode

500

1s22s22p63s23p64s23d104p5

Bromine

500

Element Number 86

Radon

500

What is the difference between q and delta-H?

q is a measure of the heat lost or gained by a system.

delta-H is the amount of heat energy of 1 mole of a chemical reaction

500

 Bases produce this ion when dissolved in water.

Hydroxide (OH-)

500
In this type of electrochemical cell, electrons flow from anode to cathode, while electrons flow in the opposite direction in the other type of electrochemical cell.

Electrolytic ; Galvanic

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