The Periodic Table
Ionic & Covalent
The Atom
Gases
Chemical Reactions
100

name for the columns on the periodic table

families/groups

100

Type of bonding that involves the TRANSFER of electrons from one ion to another.

ionic bonding

100

the smallest unit of matter

the atom

100

the force a gas exerts on the walls of a container is defined as __

pressure

100

evidence of a chemical reaction occuring

bubbles, gas given off, color change, explosion, etc.

200

group 17 elements are called __.

halogens

200

True/False: NaSO4 is a valid ionic compound.

False. It should be Na2SO4

200

The three subatomic particles

electron, proton, neutron

200

In Boyle's Law, pressure is (inversely, directly) proportional to volume.

inversely

200

Type of reaction: Na + Br2 --> NaBr

synthesis reaction

300

Trend for atomic radius

increases down and to the left

300

Name for NH4Cl

ammonium chloride

300
A change in the number of these subatomic particles between atoms of the same element results in isotopes.

neutrons

300

Ideal Gas Law equation

PV = nRT

300

type of reaction of which two compounds swap cations/anions to for two new products.

double replacement reaction

400

electron configuration for Sulfur

1s22s22p63s23p4

400

Formula for dicarbon tetrahydride

C2H4

400

ion that is formed from the loss of electrons

cation

400

Sometimes leaving a bicycle in the sun on a hot day will cause a blowout. Why?

As temperature of a gas increases, pressure will also increase based on the ideal gas law. The volume of the tire can only expand so much before the rubber gives and releases the build up of pressure.

400

Balance the chemical Equation below:

__ CH4 + ___Cl2 --> ___CCl4 + ___HCl

1,4,1,4

500

Noble gas configuration for Vanadium

[Ar]4s23d3

500

Formulas for the following polyatomic ions:

sulfate, acetate

SO42-

C2H3O21-

500

Iodine is 80% I-127, 17% I-126, and 3% I-128. Calculate the average atomic mass of iodine.

126.89 amu

500

A 2.50-L volume of hydrogen measured at –196 °C is warmed to 100 °C. Calculate the volume of the gas at the higher temperature, assuming no change in pressure.

12.1 L

500

Balance the equation below:

C2H6 + O2 --> CO2 + H2O

2,7,4,6

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