1. Nutrition in
Plants
Content: Discusses how plants prepare
their own food through photosynthesis, the importance of nutrients, and the
role of different parts of the plant in the process.
Objective: To understand the process of
photosynthesis and the essential role of nutrients in plant growth and
development.
2. Nutrition in
Animals
Content: Explores the various modes of
nutrition in animals, including herbivores, carnivores, and omnivores, and the
human digestive system.
Objective: To learn about different
dietary habits in animals and understand the human digestive process.
3. Respiration in
Organisms
Content: Focuses on how organisms
respire, covering aerobic and anaerobic respiration, and the human respiratory
system.
Objective: To understand the mechanics
of respiration in both plants and animals, and how energy is produced.
4. Transportation in
Plants and Animals
Content: Covers the transport of water,
minerals, and nutrients in plants and the circulatory system in animals,
including the heart and blood vessels.
Objective: To comprehend the transport
systems in plants and animals and their significance in maintaining life
processes.
5. Excretion in
Organisms
Content: Explains the process of
excretion in different organisms, focusing on the human excretory system and
how waste is removed from the body.
Objective: To understand how organisms
eliminate waste and the importance of maintaining internal balance through
excretion.
6. Control and
Coordination
Content: Describes the nervous system
and hormones in animals, as well as control mechanisms in plants like tropisms.
Objective: To understand how organisms
coordinate their actions and reactions through control systems like the nervous
and endocrine systems.
7. Reproduction in
Plants
Content: Discusses the reproductive
systems in plants, including pollination, fertilization, and the formation of
seeds and fruits.
Objective: To grasp the different
methods of reproduction in plants and the importance of seeds in plant life
cycles.
8. Reproduction in
Animals
Content: Covers sexual and asexual
reproduction in animals, focusing on the human reproductive system and the
lifecycle of different species.
Objective: To understand the process of
reproduction in animals and its role in species survival.
9. Heredity and
Evolution
Content: Introduces the basic concepts
of heredity, traits passed from parents to offspring, and the theory of
evolution.
Objective: To explore how genetic
traits are inherited and the evolutionary process that leads to species development
over time.
10. Environment
Content: Discusses ecosystems, food
chains, food webs, and how organisms interact with their environment. It also
covers human impact on the environment.
Objective: To develop an understanding
of the relationships between living organisms and their environments and the
need for environmental conservation.
11. Wastewater Story
Content: Explains the importance of
wastewater treatment and the various methods used to clean water, focusing on
sustainable water management.
Objective: To raise awareness of water
pollution and the processes involved in treating wastewater for reuse.
12. Heat
Content: Discusses the concept of heat,
temperature, and the methods of heat transfer: conduction, convection, and
radiation.
Objective: To understand the nature of
heat and how it is transferred between objects and within different mediums.
13. Light
Content: Explores the properties of
light, reflection, refraction, and the behavior of light through different
mediums.
Objective: To learn how light travels,
how it interacts with surfaces, and how it enables vision.
14. Electricity and
Magnetism
Content: Covers basic concepts of
electricity, circuits, and magnetism, including electromagnets and the
relationship between electricity and magnetism.
Objective: To grasp the fundamentals of
electric current, magnetic fields, and their practical applications.
15. Motion and Time
Content: Discusses the concept of
motion, types of motion, speed, velocity, and how time is related to the
measurement of motion.
Objective: To understand the principles
of motion and time and their significance in daily life and scientific study.