Physics Grade 7. Pressure of solids, liquids and gases. Collection 1

  An engaging, interactive course designed for children, featuring interactive tests and activities.

This interactive course brings physics to life for Grade 7 students. Through dynamic activities, quizzes, and interactive lessons, students will delve into the fascinating concepts of pressure, solids, liquids, gases, and their related laws. They'll explore Pascal's law, hydrostatic pressure, atmospheric pressure, manometers, and hydraulic and pneumatic devices. The course emphasizes hands-on learning with experiments and theoretical understanding. By the end of this course, students will have a strong grasp of physics principles and practical applications related to pressure.

Key Features of the Course

• Interactive learning with quizzes and tests for children
• Hands-on experiments to explore pressure concepts
• Exploration of theoretical and practical aspects of physics
• Development of problem-solving and critical thinking skills
• Aligned with modern curriculum goals and exciting physics topics

Course Modules

Module 1: Pressure of Solids, Liquids, and Gases

• Lesson 28: Pressure of Solids on a Surface. Force of Pressure
• Laboratory Work № 8: Measuring the Pressure of Solids
• Lesson 29: Pressure of Gases and Liquids. Pascal's Law
• Lesson 30: Hydrostatic Pressure
• Lesson 31: Atmospheric Pressure and its Measurement. Barometers
• Lesson 32: Connected Vessels. Manometers
• Lesson 33: Hydraulic and Pneumatic Devices
• Summary and Review of Module 1

Expected Learning Outcomes

• Understanding of pressure: students should clearly understand the concept of pressure, its measurement, and units of measurement
• Knowledge of the pressure formula: students should know the pressure formula and understand the physical meaning of each term in the formula
• Understanding pressure from solids: students should understand how the force acting on a surface relates to pressure and its dependence on various factors
• Understanding of liquid pressure: students should learn about Pascal's law, hydrostatic pressure, and its dependence on depth and liquid density
• Understanding of gas pressure: students should understand that gas pressure arises from molecules colliding with container walls, and how it depends on temperature and volume
• Understanding atmospheric pressure: students should know what atmospheric pressure is, how it is measured, and what it depends on

Skills Developed:

• Problem-solving: students will learn how to solve problems related to calculating pressure and force of pressure using the studied formulas and laws
• Conducting experiments: students will perform simple experiments to observe pressure effects (e.g., studying liquid pressure at various depths, and observing properties of atmospheric pressure)
• Analyzing physical phenomena: students will learn how to analyze physical phenomena related to pressure from a scientific perspective
• Applying theoretical knowledge to real-world situations: students will explore the practical applications of pressure principles in technologies like hydraulic presses and barometers

This interactive course combines foundational physics knowledge with practical experimentation and quizzes. Students will gain insights into the laws of physics, natural processes, and scientific reasoning while engaging in fun, hands-on learning experiences.