Course Syllabus 

Week-by-Week Breakdown of Lesson Topics and Assignments

Week 1: Scientific Inquiry

- Introduction to scientific inquiry

- Steps of the scientific method

- Conducting experiments and making observations

- Assignment: Design and conduct a simple experiment

Week 2: Math in Science

- Introduction to mathematical concepts in science

- Using formulas and equations

- Solving scientific problems using math

- Assignment: Solve math problems related to scientific scenarios

Week 3: Introduction to Matter

- Properties and states of matter

- Physical and chemical changes

- Classification of matter

- Assignment: Create a concept map of different types of matter

Week 4: Solids, Liquids, Gases

- Characteristics and behavior of solids, liquids, and gases

- Changes of state

- Density and buoyancy

- Assignment: Conduct an experiment to demonstrate the behavior of different states of matter

Weeks 5-6: Atoms and Bonding

- Structure of atoms

- Elements and the periodic table

- Chemical bonding and compounds

- Assignment: Build models of atoms and molecules

Week 7: Chemical Reactions

- Types of chemical reactions

- Balancing chemical equations

- Conservation of mass in chemical reactions

- Assignment: Perform a chemical reaction and write a report on the observations

Week 8: Thermal Energy

- Introduction to thermal energy

- Heat transfer mechanisms

- Thermal expansion and contraction

- Assignment: Investigate heat transfer in different materials

Weeks 9-10: Waves

- Properties and behavior of waves

- Types of waves (sound, light, etc.)

- Wave interactions and phenomena

- Assignment: Conduct experiments to explore the properties of waves

Week 11: Magnetism

- Introduction to magnetism

- Magnetic fields and forces

- Applications of magnetism

- Assignment: Create a magnetic device or toy

Weeks 12-14: Forces

- Types of forces (gravity, friction, etc.)

- Newton's laws of motion

- Forces in equilibrium and motion

- Assignment: Design and build a simple machine

Week 15: Acids & Bases

- Properties and characteristics of acids and bases

- pH scale and indicators

- Neutralization reactions

- Assignment: Conduct experiments to test the acidity of common household substances

Weeks 16-17: Energy

- Forms of energy (kinetic, potential, etc.)

- Energy transformations and conservation

- Renewable and non-renewable energy sources

- Assignment: Research and present on a specific energy source

Final Project

In the final weeks of the course, students will work on a final project that integrates the knowledge and skills acquired throughout the semester. The project will involve designing and implementing a solution to a real-world problem using the principles and concepts learned in the course. Detailed instructions and guidelines will be provided.

Conclusion

This syllabus provides an overview of the topics, objectives, grading policies, and expectations for this physical science course. By following this syllabus and actively participating in class, students will have the opportunity to develop a strong foundation in physical science and apply their knowledge to solve real-world problems. Let's embark on this exciting journey of discovery and exploration together!