Basic Science

This course introduces students to foundational concepts in physics, focusing on the principles of work, energy, power, energy transfer, simple machines, and kinetic energy.

Students begin by exploring the fundamental concepts of work, energy, and power, examining how they are defined, measured, and interconnected. Practical applications, such as calculating work done in various scenarios and analyzing the efficiency of energy use, are emphasized. These concepts are further expanded to include real-world examples and deeper exploration of their theoretical underpinnings.

The topic of energy transfer delves into the mechanisms by which energy is transferred between systems, such as heat, light, and mechanical work. Students learn about the conservation of energy and how it applies to everyday phenomena.

The study of simple machines introduces the basic tools that make work easier, such as levers, pulleys, and inclined planes. Students investigate how these machines multiply force and reduce effort, applying the principles of mechanical advantage and efficiency.

Finally, the concept of kinetic energy is explored, with a focus on its calculation, relationship with other forms of energy, and practical implications. Students analyze scenarios involving moving objects to understand how kinetic energy changes with mass and velocity.

Through these lessons, students gain a deeper understanding of the principles governing physical systems and their applications in daily life.