Cohesive Chemistry

Episode 4 Scott Milam on conceptual models, chemical history and giant screaming jelly babies

Cohesive Chemistry

Episode 3 Richard Thornley on slow starts, building a YouTube empire, and the 'green roof' incident

Cohesive Chemistry

Episode 2 Elisa Jimenez Grant on exam pitfalls, changes to the IA and the 'burning bin' incident

Cohesive Chemistry

Episode 1 James Midgley on the IA, responding to COVID, and the 'bird in the flue' incident

Cohesive Chemistry

Which is the strongest type of chemical bonding

Cohesive Chemistry

S2.2.7 - Why is buckminsterfullerene a poor conductor of electricity (OLD 4.3)

Cohesive Chemistry

R2.3.1 - What is a state of dynamic equilibrium (OLD 7.1)

Cohesive Chemistry

S2.2.9 - What does 'like dissolves like' mean in solubility (OLD 4.4)

Cohesive Chemistry

S2.1.2 - How do we write formulas for binary ionic compounds (OLD 4.1)

Cohesive Chemistry

S3.2.5 - How do we name alcohols

Cohesive Chemistry

S3.2.5 - How do we name esters

Cohesive Chemistry

S3.2.5 - How do we name ethers

Cohesive Chemistry

S3.2.5 - How do we convert between full structural, condensed, and skeletal formulas

Cohesive Chemistry

S3.2.5 - How do we name carboxylic acids

Cohesive Chemistry

S3.2.5 - How do we name ketones

Cohesive Chemistry

S3.2.5 - How do we name aldehydes

Cohesive Chemistry

S3.2.5 - How do we name halogenoalkanes

Cohesive Chemistry

S3.2.5 - How do we name alkynes

Cohesive Chemistry

S3.2.5 - How do we name alkanes

Cohesive Chemistry

S3.2.5 - How do we name alkenes

Cohesive Chemistry

R2.3.4 - Analogy How does temperature affect the position of equilibrium

Cohesive Chemistry

Skill - How do we draw a raw data table (Inquiry 2)

Cohesive Chemistry

S3.1.4 - Displacement reactions between halogen and halide solutions (Old 3.2)

Cohesive Chemistry

S3.1.4 - How do the group 1 metals react with water (OLD 3.2)

Cohesive Chemistry

R3.1.6 - What's the difference between strong and weak acids and bases (Old 8.4)

Cohesive Chemistry

What's the difference between strongweak and concentrateddilute acids and bases

Cohesive Chemistry

R3.1.1 - What's the difference between a 'base' and an 'alkali'

Cohesive Chemistry

R3.1.1 - What are Brønsted-Lowry acids and bases (OLD 8.1)

Cohesive Chemistry

S3.1.5 - What are the trends in the acid-base nature of metal and nonmetal oxides (OLD 3.2)

Cohesive Chemistry

R2.1.3 - How do we identify limiting and excess reactants (OLD 1.3)

Cohesive Chemistry