Group
Explore
Wish Lists
FAQ
launch-24px
Request a Video
Login
Group 3
Shape Copy 3
Group
Group 3
Shape Copy 3
Shape
Group 3
Explore
Wish Lists
FAQ
Login
keyboard-arrow-left
Back
OUP Chemistry (IB)
Share
Add Series to Cart
Or
Add Series to Wish List
Season 2
Chromatography (IB)
An outline of how chromatography is used to separate the components of a substance based on each component’s intermolecular interactions with the materials it is moving through. Includes guidance on how to calculate each substance’s signature retardation factor.
Add to Wish List
Group
Add to Cart
5. Chromatography (IB)
An outline of how chromatography is used to separate the components of a substance based on each component’s intermolecular interactions with the materials it is moving through. Includes guidance on how to calculate each substance’s signature retardation factor.
Add to Cart
Add to Wish List
Group
Free Radical Substitution (IB)
An outline of free radical substitution reactions - including what free radicals are, how they are created, and propagation and termination steps to these reactions.
Add to Wish List
Group
Add to Cart
4. Free Radical Substitution (IB)
An outline of free radical substitution reactions - including what free radicals are, how they are created, and propagation and termination steps to these reactions.
Add to Cart
Add to Wish List
Group
Nucleophilic Substitution (IB)
An outline of how both SN1 and SN2 types of nucleophilic substitution reaction occur, including covering the nature of electrophiles and nucleophiles.
Add to Wish List
Group
Add to Cart
3. Nucleophilic Substitution (IB)
An outline of how both SN1 and SN2 types of nucleophilic substitution reaction occur, including covering the nature of electrophiles and nucleophiles.
Add to Cart
Add to Wish List
Group
Electrolysis (IB)
An outline of the basic chemical process of electrolysis, including electron flow through the entire system.
Add to Wish List
Group
Add to Cart
2. Electrolysis (IB)
An outline of the basic chemical process of electrolysis, including electron flow through the entire system.
Add to Cart
Add to Wish List
Group
Hydrogen Emission Spectrum (IB)
A visual explanation of how the hydrogen emission spectrum provides evidence for the arrangement of electrons in discrete energy levels in atoms.
Add to Wish List
Group
Add to Cart
1. Hydrogen Emission Spectrum (IB)
A visual explanation of how the hydrogen emission spectrum provides evidence for the arrangement of electrons in discrete energy levels in atoms.
Add to Cart
Add to Wish List
Group
Close
Scroll for more
There are no items in your cart
Scroll for more
Login to Continue
Close
check-twotone-24px