L3 Chemistry: Oxidation-Reduction - Module (T1)

A type of chemical reaction in which the oxidation states of atoms are changed.

Course Overview

Redox reactions are characterized by the transfer of electrons between chemical species. Learners will develop knowledge of the appearance and state of reactants and their products. The principles of electrochemical and galvanic cells will be studied along with the use of electrode potentials to identify the relative strength of oxidants and reductants.

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The Teacher

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Maree Pullar

0Students 17 Courses

I am a teacher at Roxburgh Area School in Central Otago. I enjoy jogging and biking. We have some lovely local bike trails. In winter I go with the Alexandra Harrier group exploring the hills around the district. I support the Highlanders and Otago rugby teams.

Course Details

Understand oxidation-reduction processes.
Understand electrochemical and galvanic cells

Science/s
Level 2 chemistry - preferably have achieved L2 NCEA, A.S 91167 but not essential
Google Meet; Google Spaces
One Term
27 Jan 2025
18 Apr 2022
English

Yes
NCEA Level 3
No
Standard No * Standard title credit value Internal/External
91393 v2 Demonstrate understanding of oxidation-reduction processes. 3 Internal

Access to the laboratory and chemical to observe redox reactions and colour changes would be ideal but again this is not essential.

Learning Exchange

0.30 placement

OR Cost

$600.00

2 - 20

Offered by

Roxburgh Area School
Roxburgh Area School

Level (NCEA)

Yes - L3

Course Dates

27 Jan 2025

till 18 Apr 2022

Duration

One Term

Taught in

English

Overall Rating

Learning Exchange

0.30 placement

OR Cost

$600.00

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