Level 2 Physics

Course Overview

The "Level 2 Elevate (L2E) Chemistry" course is designed for students who have completed

"Level 2 Launch (L2L)" or possess equivalent foundational science knowledge, and are ready to

explore the principles and applications of chemistry in greater depth. This course builds upon

the basic chemical concepts introduced in L2L, providing a more rigorous and detailed study of

chemical reactions, atomic structure, bonding, and quantitative analysis.

L2E Chemistry offers students opportunities to develop advanced practical skills through hands-

on experimentation, enhance their problem-solving abilities, and gain a deeper understanding of

the chemical world around them. Through a combination of internal assessments and external

examinations, students will earn a total of 20 valuable Level 2 NCEA credits. The course aims to

prepare students for further study in chemistry at higher levels and foster an appreciation for the

central role of chemistry in science and everyday life.

Duration: One academic year.

Credits: 20 Level 2 NCEA Credits (Internal and External Assessment).

Prerequisites: Successful completion of "Level 2 Launch (L2L)" or demonstrated

equivalent knowledge in foundational science.

Course Philosophy: To deepen understanding of fundamental chemical principles,

develop practical and analytical skills, promote critical thinking in chemical contexts, and

prepare students for advanced chemical studies.

Learning Objectives

Upon successful completion of "Level 2 Elevate (L2E) Chemistry," students will be able to:

1. Perform and report on quantitative chemical analysis: Accurately carry out a titration

and use the results to determine the concentration of a solution.

2. Explain atomic structure and bonding: Describe the structure of atoms and various

types of chemical bonding, relating these to the properties of substances.

3. Investigate oxidation-reduction reactions: Understand and apply concepts of

oxidation and reduction, and investigate these reactions experimentally.

4. Analyse trends in reactivity: Explain and predict chemical reactivity based on periodic

trends and properties of elements.

5. Apply chemical principles to solve problems: Use chemical knowledge and

calculations to address quantitative and qualitative problems.

6. Conduct independent chemical investigations (optional): Design and execute a

practical investigation to explore a chemical phenomenon.