Chapter 4-6 Flashcards
(28 cards)
Dissolve completely as ions
Strong Electrolytes
Losses electrons
Oxidization
Gains electrons
Reduction
No mass or energy exchange
Isolated System
Delta H
Enthalpy
Measure of heat Changes
Calorimetry
Proton Donor
Bronsted Acid
Proton Acceptor
Bronsted Base
Percent Yield Formula
Actual/theoretical X 100
State Function
Depends on system, not path used to get there
Delta H>0
Endothermic
Delta H<0
Exothermic
Double Matter
Double Enthalpy
Specific Heat Units
J/(g*c)
Heat Capacity Units
J/c
Number of wave cycles per time
Frequency
Distance between repeating points
Wavelength
Height of wave
Amplitude
2.998x10^8 m/s
Speed of Light
6.626x10^-34 Js
Planck’s Constant
Absorb Light
Low to high energy level
Emit light
High to low energy level
Electrons behave like standing waves
DeBroglie
Principle Quantum Number
Size/Shell, n=1-7