Download Chemistry lesson plans for all topics

Here are all the Chemistry secondary school lesson plans for all topics. You can also download the editable and pdf lesson plans below.

FREE CHEMISTRY LESSON PLANS (FORM 1-4)

FORM 3

TERM 1

SUBJECT: CHEMISTRY.

TOPIC 1: GAS LAWS.

TEACHER’S NAME: ………………………………………… TSC NO: …………….

SCHOOL/ INSTITUTION : ……………………………………………………………….

FORM: 3 TERM: 1 YEAR……………..

NUMBER OF STUDENTS……. SUBJECT: CHEMISTRY

TOPIC: GAS LAWS.

SUB-TOPIC: BOYLE’S LAW.

WEEK: …….. LESSON NUMBER: ……..

DATE: …….. TIME: ……….

OBJECTIVES:By the end of the lesson the learner should be able to;

-State Boyle’s law.

-Explain Boyle’s law using kinetic theory of matter.

-Represent Boyle’s law mathematically and graphically.

-Solve further problems involving Boyle’s law.

-Plot and interpret graphs involving pressure and volume of gases.

LESSON PRESENTATION

TIME

CONTENT

LEARNING ACTIVITIES

RESOURCES

REFERENCE

5 MINUTES

INTRODUCTION

State the Boyle’s law.

Discussion.

Questions and answers.

-Chalk board/white board.

-A piece of chalk/ marker pen.

K.L.B. BK III

PP. 1-5

30 MINUTES

BODY DEVELOPMENT

-State Boyle’s law.

-Explain Boyle’s law using kinetic theory of matter.

-Represent Boyle’s law mathematically and graphically.

-Solve further problems involving Boyle’s law.

-Plot and interpret graphs involving pressure and volume of gases.

-State Boyle’s law.

-Explain Boyle’s law using kinetic theory of matter.

-Represent Boyle’s law mathematically and graphically.

-Solve further problems involving Boyle’s law.

-Plot and interpret graphs involving pressure and volume of gases.

Chart

Volume-pressure relationship.

Syringes.

Calculators.

Graph papers.

K.L.B. BK III

PP. 1-5

Longhorn Book III

PP 1 -8

5 MINUTES

CONCLUSION

Giving assignments.

Questions and answers.

-Chalk board/white board.

-A piece of chalk/ marker pen.

K.L.B. BK III

PP. 1-5

SELF-EVALUATION:_______________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________

TEACHER’S NAME: ………………………………………… TSC NO: …………….

SCHOOL/ INSTITUTION : ……………………………………………………………….

FORM: 3 TERM: 1 YEAR……………..

NUMBER OF STUDENTS……. SUBJECT: CHEMISTRY

TOPIC: GAS LAWS.

SUB-TOPIC: CHARLE’S LAW.

WEEK: …….. LESSON NUMBER: ……..

DATE: …….. TIME: ……….

OBJECTIVES:By the end of the lesson the learner should be able to;

State Charles’ law.

Explain Charles’ law using kinetic theory of matter.

Convert temperature in degree Celsius to Kelvin and vice-versa.

Express Charles’ law with equations.

Give a graphical representation of Charles’ law.

Solve numerical problems based on Charles’ Law.

LESSON PRESENTATION

TIME

CONTENT

LEARNING ACTIVITIES

RESOURCES

REFERENCE

5 MINUTES

INTRODUCTION

-State Charles’ law.

Discussion.

Questions and answers.

-Chalk board/white board.

-A piece of chalk/ marker pen.

Longhorn Book III PP 9-14

30 MINUTES

BODY DEVELOPMENT

Teacher demonstration:- To show expansion of air when heated and contraction when pressure is constant.

Explain increase in volume when temperature is raised.

Q/A: – relation between volume and temperature, leading to Charles’ law.

Teacher explains inter-conversion of the units.

Students complete a table of temperature in the two units

Derive equations from volume and temperature relationship.

Exposition: – Teacher exposes a volume-temperature graph and extrapolates it to obtain the absolute temperature. The definition of absolute temperature is exposed.

Worked examples.

Supervised exercise.

Teacher demonstration:- To show expansion of air when heated and contraction when pressure is constant.

Explain increase in volume when temperature is raised.

Q/A: – relation between volume and temperature, leading to Charles’ law.

Teacher explains inter-conversion of the units.

Students complete a table of temperature in the two units

Derive equations from volume and temperature relationship.

Exposition: – Teacher exposes a volume-temperature graph and extrapolates it to obtain the absolute temperature. The definition of absolute temperature is exposed.

Worked examples.

Supervised exercise.

Calculators.

Colored water,

Glass tube,

Warm water,

Cork and

Flask.

K.L.B.

BK III P. 6-12

Longhorn Book III PP 9-14

5 MINUTES