Blogging Lesson Plan

I. Background Information

 Title: Electrochemistry: Applications of Electrolysis

 Subject: Chemistry

 Grade(s): 12

 Group size:  any,  whole class,  small group,  partners,  independent

II. Description

 Introduction: What is the lesson about?

Useful applications of Electrolysis process in our daily life.

 What are the objectives of the lesson?

1- Identify some useful applications of Electrolysis process in our daily life.

2- Apply the principles of Electrolysis to its applications.

3- Use the teacher’s blog to do a classroom activity about these applications.

 Which ISTE student standards does the lesson target?

ISTE standards 4 and 5.

 How long will the lesson take to implement? (i.e., one 45 minute period, three 60 minute

periods)

One 45 minutes period.

III. Materials

 What technology tools are required for the lesson? (Please include links to any podcasts, blogs,

etc. required to teach the lesson.)

Internet access – Teacher’s laptop – data show projector – Students’ laptops – Teacher’s blog

page: http://teacherisam7.wordpress.com

 What additional materials are required for the lesson?

Text book – White board – White board markers IV. Procedures

 Introduction: Tell students what to expect and lesson objectives mentioned above.

 Outline lesson steps including all teacher presentations, student activities and assessments.

1- Students to read from the text book, pp. 588 to 598, to identify and highlight some useful

applications of Electrolysis.

2- Students to go to the teacher’s blog page (http://teacherisam7.wordpress.com).

3- Students to read the post titled (Applications of Electrolysis) and to follow the steps mentioned

in that post.

4- Students to comment on the post by writing their answers and ideas.

V. Assessment

 Describe in detail how students will be assessed. Attach quizzes, answer keys and evaluation

rubrics (if needed).

Students will be assessed by revising their answers to the questions mentioned in the post titled

(Applications of Electrolysis).