ALEKS: Understanding the definitions of ionization energy and electron affinity

(5:15)

ALEKS: Understanding that no reaction goes to 100% completion

(4:1econd)

ALEKS: Understanding the definitions of heat and work

(5:55)

ALEKS: Understanding how electrostatic forces cancel

(7:19)

ALEKS: Understanding pressure equilibrium and atmospheric pressure

(5:58)

ALEKS: Understanding periodic trends in atomic ionizability

(2:59)

ALEKS: Understanding the meaning of a de Broglie wavelength

(7:35)

ALEKS: Deciding the relative energy of electron subshells

(6:4)

ALEKS: Applying like dissolves like

(9:11)

ALEKS: Deducing the block of an element from an electron configuration

(7:14)

ALEKS: Understanding periodic trends in atomic size

(3:53)

ALEKS: Identifying parts of an atom

(3:27)

How ALEKS Works

(3:51)

ALEKS: Predicting the qualitative features of a line spectrum

(5:1econd)

Aleks Understanding the definition of enthalpy

(9:8)

ALEKS - Understanding Pressure Equilibrium and Atmospheric Pressure

(7:20)

ALEKS: Predicting bond polarity

(3:59)

ALEKS: Understanding the relationship between DNA and mRNA base sequences

(1:39)

ALEKS - Understanding the Organization of the Electromagnetic Spectrum

(5:28)

ALEKS: Understanding concentration cells

(9:44)

ALEKS: Understanding how electrostatic energy scales with charge and separation

(5:59)

ALEKS: Understanding the qualitative predictions of the Arrhenius equation

(3:15)

ALEKS: Understanding consequences of important physical properties of liquids

(7:31)

ALEKS: Understanding how average molecular speed scales with temperature and molar mass

(3:)

ALEKS: Understanding the definition of enthalpy

(3:7)

ALEKS: Understanding the purpose of SI prefixes

(4:51)

ALEKS: Understanding Boyle’s Law

(3:41)

ALEKS: Understanding the structure of nucleic acid strands

(2:54)

ALEKS: Understanding net electrical charge

(3:57)

ALEKS: Understanding how solubility varies with temperature and pressure

(5:40)