Calculations
Definitions
Energy/Equilibrium
Acids and Bases/Solutions
Formulas/Laws/ Principles
100

The number of grams in 2.43 moles of water

43.74 grams

100

The definition of kinetic energy

The energy of motion

100

The difference between calories and Calories

There are 1000 calories in a Calorie 

100

The pH range of an acid

0-7

100

The formula used when you know the pressure, volume, moles, and constant but you want to find the temperature

PV=nRT

200

The number of grams of water produced by 23.54 grams of HCl if the mole ratio in a chemical equation is one mole of HCl to one mole of H2O

11.62 grams

200

The definitions of the limiting reactant and the excess reactant

Limiting reactant:

The reactant that is completely used up. 

Excess reactant:

The reactant that has left over particles.

200

The number of Joules in a calorie

4.184

200

The pOH range of a base

0-7

200

The formula used when finding Molarity

M=mol/L

300

The number of grams of NaCl needed to prepare 500 mL of a 1.5 M NaCl solution

43.83 grams

300

The difference between a solvent, a solute, and a solution

Solvent: The substance that dissolves the solute

Solute: The substance dissolved into the solvent

Solution: The mixture of the solute and solvent

300

The higher energy releasing type of process between fission and fusion

Fusion

300

The constant product of an acid/base reaction

Water

300

The formula for converting from Celsius to Fahrenheit

C=F-32/1.8

400

The empirical formula of a 100-gram compound with 40.0% carbon, 6.7% hydrogen, and 53.3% oxygen

CH₂O

400

The intermolecular forces

Dispersion, Dipole-Dipole, Hydrogen Bonding, Ion-Dipole

400

The type of nuclear radiation that is really only electromagnetic radiation

Gamma rays

400

The solubility level of a solution where the solute is fully dissolved but the solution will not take anymore solute without the solute crystalizing

Supersaturated

400

The formula used to find the amount of energy used up

Q=mcΔT

500

The concentration of hydrogen ions in a substance with a pOH of 3.98

9.55×10−11

500

Arrhenius versus Brønsted-Lowry acid and base definitions

Arrhenius:

Acid- A substance that increases the concentration of H⁺ (protons) in aqueous solution

Base- A substance that increases the concentration of OH⁻ (hydroxide ions) in aqueous solution.

Brønsted–Lowry:

Acid- A proton (H⁺) donor

Base- A proton (H⁺) acceptor

500

The three main factors that effect reaction rate

Concentration, Temperature, Surface Area

500

The potion you would get if you added powdered root of asphodel to an infusion of wormwood

The Draught of Living Death

500

Le Chatelier's Principle

If a dynamic equilibrium is disturbed by changing the conditions, the system will shift to counteract the change and restore equilibrium

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