Summary

The MS Word document comprises Grade 10 General Science Lesson Plans Term 1 2026. The PDF version is also available upon your request.

The lesson plan covers a duration of 12 weeks, with a Mid-Term Break scheduled for Week 8. It is structured with 6 lessons per week, ensuring comprehensive coverage of the syllabus. The lesson plan is aligned with the KICD-approved CBE curriculum.

Strand 1.0: Introduction to General Science

Sub Strand 1.1: Introduction

• Explaining the meaning of General Science as a learning area.

• Discussing the branches of General Science (Biology, Chemistry, Physics).

• Outlining the importance of General Science in life, environment, and technology.

• Identifying career opportunities related to General Science.

Strand 2.0: Living Things and Environment

Sub Strand 2.1: The Cell

• Explaining the differences between light and electron microscopes.

• Describing the plant cell under an electron microscope (organelles and functions).

• Describing the animal cell under an electron microscope.

• Comparing plant and animal cell structures.

• Explaining the functions of the components of plant and animal cells.

• Constructing a concept map of the levels of cell organisation (Organelles to Organism).

Sub Strand 2.2: Nutrition in Animals

• Describing digestion of food in the mouth and stomach.

• Describing digestion of food in the small intestine (enzymes and absorption).

• Explaining the adaptations of parts of the human digestive system (Mouth, Oesophagus, Stomach, Intestines).

• Performing experiments to determine the presence of Starch (Iodine test).

• Performing experiments to determine the presence of Reducing Sugars (Benedict’s test).

• Performing experiments to determine the presence of Proteins (Biuret test).

• Performing experiments to determine the presence of Lipids (Grease spot and Emulsion tests).

• Appreciating the role of different parts of the digestive system (Model making project).

• Presenting digestive system models.

Sub Strand 2.3: Transport in Plants

• Describing transport in plants (Xylem and Phloem overview).

• Identifying tissues responsible for transport (Monocot and Dicot stems).

• Describing absorption of water in plants (Osmosis and Root Pressure).

• Describing absorption of mineral salts in plants (Diffusion and Active Transport).

• Investigating structural factors affecting transpiration (Leaf surface, cuticle, stomata).

• Investigating environmental factors affecting transpiration (Wind, Humidity, Light, Temperature).

• Investigating translocation in plants (Ring-barking experiment).

• Describing the significance of transpiration and the necessity of transport.

• Sensitizing the community on transport in plants (Plant care project).

Sub Strand 2.4: Respiration

• Explaining the meaning of respiration and the role of mitochondria.

• Describing aerobic respiration (Equation and energy yield).

• Describing anaerobic respiration (Animals vs Plants/Yeast).

• Investigating anaerobic respiration (Fermentation experiment).

• Explaining the effects of anaerobic respiration (Oxygen debt, Muscle fatigue).

• Calculating the Respiratory Quotient (RQ).

• Explaining factors affecting respiration (Temperature, Oxygen, Substrate, Age).

• Describing the economic importance of anaerobic respiration (Baking, Brewing, Biogas).

Sub Strand 2.5: Plant Growth and Development

• Explaining the meaning of growth and development.

• Describing the causes of seed dormancy.

• Determining how to break seed dormancy (Scarification, Soaking, etc.).

• Determining conditions necessary for germination (Water, Oxygen, Warmth).

• Differentiating between epigeal and hypogeal germination.

• Observing germination progress and experimental results.

• Distinguishing between primary and secondary growth.

• Describing the role of growth hormones (Auxins and Tropisms).

• Appreciating the concept of growth in plants (Field visit).

Sub Strand 2.6: Microorganisms

• Identifying microorganisms that affect human beings (Bacteria, Fungi, Viruses, Protozoa).

• Explaining modes of transmission of microorganisms.

• Identifying types of infections caused by fungi (Ringworm, Athlete’s foot).

• Identifying types of infections caused by bacteria (Cholera, Typhoid, TB).

• Identifying types of infections caused by viruses (Flu, HIV, COVID-19).

• Describing methods of control of infections (Hygiene, Vaccination, Isolation).

• Explaining the economic importance of microorganisms (Beneficial uses).

• Appreciating the effect of microorganisms in life (Friend vs Foe debate).

• Analyzing data on microorganism-related diseases.

• Developing guidelines for prevention (Pamphlet design).

• Performing a project on microorganisms (Bread mould or Yoghurt making).

Strand: Assessment

Sub Strand: End Term One Assessment

• End Term One Assessment (Paper 1: Theory).

• End Term One Assessment (Paper 2: Practical/Project Assessment).

Strand: Closing

Sub Strand: Reflect & Close

• Reflection on Term 1 performance and holiday assignments.