Periodic Table
Bonding
Heat
Gases
Moles
100

what groups is called the noble gases

group 18

100

What are the 2 types of bonding

Ionic and covalent

100

what is kinetic and potential energy

Kinetic Energy: (KE)

  • Energy of motion or movement

  • Potential Energy: (PE)
    Stored energy

100

What is Normal Boiling point

 temperature at which vapor pressure equals atmospheric pressure

100

What is a hydrate

containing water

200

What groups are in the transition metals

groups 3-11

200

Name the properties of covalent bonding

  • Low melting and boiling points (due to weak attraction between molecules)

  • Do not conduct electricity due to lack of charged particles (ions)

200

draw and lable and exothermic curve


200

What is avagrados hypothesis

Equal volumes of gases at the same temperature and pressure have the same amount of particles

-particles include: subatomic particles

    Example: H2 at 250K 1.25 atm, 2L

                     Cl2 at 250K 1.25 atm, 2L

200

what is an anhydrous

dry, when water is removed by heating

300

What is the name of group 1

Alkali metal

300

Name the properties of ionic bonding

-Hard

-Crystalline structure

-High melting/boiling point

-Soluble in water

-Conduct electricity only in aqueous/ liquid state

300

true or false: heating curve goes down

false!

300

What is atmospheric pressure

pressure of the atmosphere, & weight of the atmosphere around you



300

What is Grand Formula Mass (GFM)

Formula mass → amu (atomic mass units)

Gram Formula Mass → Gram / mol


**Add up all masses in a compound and round to the nearest tenth**

400

What is the name of group 17 

halogens

400

What is HONC

H - hydrogen or halogen 1

O - oxygen  2

N - nitrogen 3

C - carbon 4

400

true or false: cooling curves go down

true!

400

What is vapor pressure

pressure exerted by a gas from the liquid

400

what is the mole calculations formula

number of moles = given Mass/ Grand Formula mass

500

What is the group of an Alkali Earth Metal

Group 2

500

What is MSNAP

Molecule Polarity

M - molecular

S - symmetrical (distribution of charge)

N - nonpolar

A - asymmetrical (distribution of charge)

P - polar

500

what is an element?

  • Substances that cannot be broken down

500

What are the Ideal gas laws

  1. A gas is composed of particles in random, straight line motion

  2. There is a transfer of energy between colliding particles

  3. The volume of the individual gas molecules is negligible compared to the container they are in

  4. Gas particles are considered to have no form of attraction

    5.   As temperature increases, velocity of a gas increases

500

what is the molarity formula

molarity= moles of solute/liter of solution