AP Chemistry

High School AP Chemistry semester 1 notes covering about half the topics in the CollegeBoard curriculum, including atomic structure and properties, VSEPR, IMFs, Lewis structures, gas laws, rate laws, and more.

40 pages of handwritten Chemistry notes taken in the 2021-2022 school year following the curriculum of an AP Chemistry course, however includes all material found in GCSE or grade-level Chemistry, and most if not all material found in A Level Chemistry. Notes include written notes, practiced problems and corrections, hand-drawn example pictures, and textbook chapter outlines.

Detailed, colored, diagrammed notes of AP Chemistry semester 2 topics, covering about half of the CollegeBoard curriculum. Topics include thermodynamics, equilibrium, acids and bases, and applications of thermodynamics. Part two of AP Chemistry Semester 1 Notes.

40 pages of handwritten Chemistry notes taken in the 2021-2022 school year following the curriculum of an AP Chemistry course, however includes all material found in GCSE or grade-level Chemistry, and most if not all material found in A Level Chemistry. Notes include written notes, practiced problems and corrections, hand-drawn example pictures, and textbook chapter outlines.

40 pages of handwritten Chemistry notes taken in the 2021-2022 school year following the curriculum of an AP Chemistry course, however includes all material found in GCSE or grade-level Chemistry, and most if not all material found in A Level Chemistry. Notes include written notes, practiced problems and corrections, hand-drawn example pictures, and textbook chapter outlines.

Handwritten notes following along textbook topic by topic. Demonstrated examples appear and full explanations in student's words are there. Each topic and subtopic with it has all the information needed to learn and build a solid base of knowledge to continue on learning AP Chemistry.

In-depth class notes for AP Chemistry, per the College Board curriculum from the 2021-2022 school year.

AP Chemistry intro notes, background knowledge, atom models, the electromagnetic spectrum, behavior of light