lesson plans
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The aim of the lesson is to introduce students to the natural phenomena of Africa with an emphasis on their own perception of the environment and description of natural features. |
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The aim of the lesson is to introduce students to the life cycle of amphibians and their conservation. |
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The aim of the lesson is to introduce students to the structure of animal cells and the different types of them. |
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The aim of the lesson is to acquaint students with the structure of a prokaryotic cell, the types of bacteria based on body shape, and the significance of bacteria for the human organism. |
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Students will explore different biomes around the world through a virtual reality experience, gaining an understanding of their unique characteristics, biodiversity, and the importance of preserving these ecosystems. |
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The aim of the class is to introduce students to the anatomical structure and function of the heart and blood vessels. |
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The aim of the lesson is to introduce students to the different climate zones on Earth and the factors that influence their distribution. |
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The aim of the lesson is to teach students to navigate terrain on a map using contour lines and to demonstrate the ability to translate contour lines into real-world terrain. |
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Students will explore the beauty and importance of coral reefs through a virtual reality experience, gaining knowledge about their biodiversity, threats, and the significance of conservation efforts. |
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The objective of the lesson is to introduce students to the desert biome, show and identify the basic types of deserts, and understand the consequences, causes and examples. |
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Students will understand the process of digestion and the role of different organs in the digestive system through a virtual reality experience. |
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Students will explore the exhibits related to dinosaurs at the American Museum of Natural History through a virtual reality experience, gaining knowledge about various dinosaur species and their significance in Earth’s history. |
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The lesson aims to introduce students to major European cities. |
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The aim of the lesson is to acquaint students with exogenous geological processes and, using 3D models, to elucidate erosion caused by temperature fluctuations and water erosion. |
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Students will explore the formation and characteristics of waterfalls through a virtual reality experience, gaining a deeper understanding of the geological processes that create these natural wonders. |
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By the end of this VR lesson, students will gain a comprehensive understanding of glaciers, including their formation, characteristics, and environmental significance, through an immersive virtual experience. |
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Students will learn about human reproduction and the stages of embryonic development through a virtual reality experience, gaining a deeper understanding of the processes involved. |
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The aim of this lesson is to practise with the students the names and the locations of individual bones in the human body. |
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By the end of this VR lesson, students will experience an immersive exploration of Chauvet Cave, gaining insights into prehistoric cave art, its significance, and the cultural context of the Paleolithic era |
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Students will explore the International Space Station (ISS) and its significance through a virtual reality experience, gaining an understanding of its purpose, operations, and role in space exploration. |
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The aim of the lesson is to introduce students to the International Space Station and the function of its individual modules. |
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The aim of the lesson is to acquaint students with the life cycle of bryophytes and their significance. |
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The aim of the lesson is to introduce students to the life of marine organisms and highlight the importance of ocean conservation. |
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The aim of the lesson is to acquaint students with the structure of the Earth’s cross-section and the lithospheric plates, as well as their movements. |
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Lithosphere II |
The aim of this lesson is to introduce students to the basic movements of lithospheric plates and to transfer the scheme of these movements to realistic examples of these types of relief. |
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The aim of the lesson is to introduce students to the basic distinguishing features between monocotyledonous and dicotyledonous plants. |
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The aim of this lesson is to acquaint students with the skeletal muscles and their functions. |
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The aim of the lesson is to introduce the structure of the plant cell and the functions of the individual organelles. |
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The aim of this lesson is to acquaint students with the characteristic features of proboscideans, their lives and preservation. |
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The aim of the lesson is to get students acquainted with the important natural monuments of the assigned areas. |
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Students will describe the Earth’s orbit around the Sun and explain the basic concepts and mechanics of motion. Students will explain the reasons for the changing seasons and the different distribution of the sun’s rays. |
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The aim of the lesson is to introduce students to objects in the Solar System, their sizes, and properties. |
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The aim of the lesson is to navigate through the center of Prague and recognize significant landmarks. |
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The aim of the lesson is to familiarize students with life during the Mesozoic era. |
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The aim of the lesson is to introduce students to the importance and history of the Panama Canal |
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By the end of this virtual reality (VR) lesson, students will be able to: Students will explore the Pyramids of Giza in a virtual reality (VR) environment to gain a deeper understanding of ancient Egyptian history and architecture. Students will analyze and discuss the historical significance and architectural features of the pyramids. Students will reflect on their virtual experience and its impact on their understanding of history. |
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Students will explore the anatomy and function of the respiratory system through a virtual reality experience, gaining a deeper understanding of its role in human physiology. |
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Students can describe the different horizons of a soil profile and identify the different layers. Based on these findings, they will be able to describe the different characteristics of soil types and locate them in the world. |
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The aim of the lesson is teach students to identify the different types od volcanoes, the process of their fomation and the hazzards associated with volcanic eruptions. |
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The aim of the lesson is to introduce students to the process of urine production. |
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Teach students what an eclipse is, when it occurs and which celestial bodies intervene. |
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Does Life on Mars exist or has existed?. Discovering the planet Mars. |
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Human reproduction: From fertilization to the day of birth and genetic transmission. |
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Know how a volcano forms, types of volcanoes and how its eruption affects the landscape and economy. |
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Understanding the physical storage of data |
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Identify the different types of polygons and calculate their areas. |
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Learn about the different renewable energies and what each of them consists of. To see how they affect the environment. |
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Teach students what a motherboard is and what its components are. |
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Know the characteristics of dinosaurs, when they lived and why they became extinct. |
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50. |
Learn specific fruit and vegetable vocabulary in English. |
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51. |
Teach students about the different types of plants found in nature. |
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To teach students about the different food groups that exist, what each of them provides us with and, as a consequence, the importance of a good diet for our development. |
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Identify the different elements found in a human face. |
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To know what an engine is, the basic parts that compose it and how it works. To understand why the discovery of the motor has been so important for the development of communications, industry and society. |
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Understand what the concept of climate change means. Know how it can affect us in the short and long term. Consider what measures we can take to stop or reverse climate change. |
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Understand the concept of the cell and its importance as the fundamental component of the life of any living being. Know the characteristics of the two main types of cells that exist. |
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To value the importance of the brain in the human body. To know the main areas into which it is divided the brain and what is the function / functions of each of these areas. Importance of neurons in the functioning of the brain. |
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Know the process of formation of the fetus of a human being from the moment the egg is fertilized until birth occurs. |
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To know in depth the solar system and all the components that form it. |
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To learn in depth about the function of the international space station, countries involved in the project, where it is located, when it was launched and what it is like for astronauts to stay there. |
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The aim of the lesson is to provide students with a concise understanding of the structure, function, and importance of the urinary system in the human body. This lesson aims to cover key components such as the kidneys, bladder, and associated structures, explaining their roles in filtering and excreting waste products, maintaining fluid balance, and supporting overall health. |
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The aim of the lesson on the Solar System is to impart a brief understanding of the celestial bodies within our solar system. This lesson aims to cover the sun, planets, moons, and other objects, providing a concise overview of their characteristics, orbits, and relationships. The goal is to introduce students to the fundamental components of our solar system and their significance in the broader context of astronomy. |
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The aim of the lesson on «Sphere» is to provide students with an understanding of the geometric shape known as a sphere. This lesson aims to cover the defining characteristics of a sphere, including its three-dimensional nature, properties such as surface area and volume, and real-world examples of objects resembling a sphere. The goal is to enhance students’ geometric knowledge and spatial reasoning by focusing on the unique attributes and applications of this fundamental shape. |
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The aim of the lesson on «Refraction of Light» is to provide students with a comprehensive understanding of the phenomenon of refraction. This lesson aims to cover the basic principles of how light bends as it passes through different mediums, exploring the factors influencing refraction and its practical applications. The goal is to enhance students’ knowledge of optics, enabling them to grasp the behavior of light when it encounters different materials and surfaces. |
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The aim of the lesson on «Pyramids» is to introduce students to the geometric shape and architectural structure known as a pyramid. This lesson aims to cover the defining features of pyramids, including their triangular sides, apex, and historical significance in various cultures. The goal is to enhance students’ understanding of geometric shapes and spatial concepts while exploring the cultural and historical context of pyramid structures. |
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The aim of the lesson on «Prisms» is to provide students with an understanding of geometric shapes and their properties, specifically focusing on prisms. This lesson aims to cover the characteristics of prisms, including their bases, lateral faces, and volume calculations. The goal is to enhance students’ knowledge of three-dimensional shapes and their applications, emphasizing the unique features of prisms in geometry. |
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The aim of the lesson on «Ohm’s Law» is to provide students with a fundamental understanding of the relationship between voltage, current, and resistance in an electrical circuit. This lesson aims to cover Ohm’s Law equation (V = I * R), where V represents voltage, I represents current, and R represents resistance. The goal is to enhance students’ knowledge of basic electrical principles, allowing them to apply Ohm’s Law to analyze and solve problems related to electric circuits and components. |
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The aim of the lesson on «Nuclear Reactions» is to provide students with a comprehensive understanding of processes involving changes in atomic nuclei. This lesson aims to cover topics such as nuclear fission, where a nucleus splits into smaller parts, and nuclear fusion, where nuclei combine to form a larger nucleus. The goal is to enhance students’ knowledge of the fundamental principles underlying nuclear reactions, their applications in energy production, and their impact on the behavior of matter at the atomic level. |
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The aim of the lesson on «Natural Selection» is to provide students with a comprehensive understanding of the mechanism by which evolution occurs in populations over time. This lesson aims to cover the key principles of natural selection, including variations in traits, differential survival and reproduction, and the resulting adaptation of populations to their environments. The goal is to enhance students’ knowledge of the foundational concept in evolutionary biology, enabling them to grasp how species evolve and adapt to their changing surroundings through the natural selection process. |
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The aim of the lesson on «Movement» is to provide students with an understanding of the principles and mechanisms involved in the process of movement, particularly in biological contexts. This lesson aims to cover topics such as muscular contraction, skeletal systems, and the coordination of movements by the nervous system. The goal is to enhance students’ knowledge of the physiological aspects of movement, enabling them to comprehend the intricate interplay of muscles, bones, and nerves in facilitating various forms of motion in living organisms. |
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The aim of the lesson on the «Human Ear» is to provide students with a comprehensive understanding of the structure and function of the human ear. This lesson aims to cover the different parts of the ear, including the outer, middle, and inner ear, and their roles in the process of hearing. The goal is to enhance students’ knowledge of the auditory system, including how sound waves are detected, transmitted, and interpreted by the brain, fostering an appreciation for the complexity of the human ear and its crucial role in communication. |
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The aim of the lesson on the «Heart» is to provide students with a detailed understanding of the human heart and its role in the circulatory system. This lesson aims to cover the structure of the heart, its chambers, valves, and the circulation of blood through the heart and the rest of the body. The goal is to enhance students’ knowledge of the cardiovascular system, emphasizing the vital function of the heart in maintaining blood flow and delivering oxygen to various tissues and organs. |
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The aim of the lesson on «Free Fall» is to provide students with a comprehensive understanding of the concept of free fall in physics. This lesson aims to cover the principles governing objects in free fall under the influence of gravity, exploring topics such as acceleration, velocity, and the relationship between time and distance. The goal is to enhance students’ knowledge of fundamental principles of motion and gravity, allowing them to analyze and predict the behavior of objects in free fall. |
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The aim of the lesson on «Electromagnetism: Ørsted’s Experiment» is to introduce students to the groundbreaking experiment conducted by Hans Christian Ørsted that demonstrated the relationship between electricity and magnetism. This lesson aims to cover Ørsted’s experiment, where he observed the deflection of a compass needle when an electric current flowed through a nearby wire. The goal is to enhance students’ understanding of the foundational discovery that paved the way for the development of electromagnetism, highlighting the interconnected nature of electricity and magnetism. |
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The aim of the lesson on the «Digestive System» is to provide students with a comprehensive understanding of the human digestive system. This lesson aims to cover the structure and function of various digestive organs, the process of digestion, and the absorption of nutrients. The goal is to enhance students’ knowledge of the intricate mechanisms involved in breaking down food, extracting nutrients, and eliminating waste, fostering an appreciation for the importance of the digestive system in maintaining overall health. |
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76. |
The aim of the lesson on «Cylinders» is to provide students with a comprehensive understanding of the geometric shape known as a cylinder. This lesson aims to cover the defining features of cylinders, including their circular base, lateral surface, and volume calculations. The goal is to enhance students’ knowledge of three-dimensional shapes, focusing on the unique characteristics and applications of cylinders in geometry and everyday scenarios. |
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The aim of the lesson on «Cubes» is to introduce students to the fundamental geometric shape known as a cube. This lesson aims to cover the defining characteristics of cubes, including their equal sides, right angles, and spatial properties. The goal is to enhance students’ understanding of three-dimensional shapes and their practical applications, emphasizing the symmetry and regularity of cubes in various contexts. |
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78. |
The aim of the lesson on «Cones» is to provide students with a comprehensive understanding of the geometric shape known as a cone. This lesson aims to cover the defining features of cones, including their circular base, curved surface, and apex. The goal is to enhance students’ knowledge of three-dimensional shapes, focusing on the unique characteristics and real-world applications of cones in geometry and everyday life. |
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The aim of the lesson on «Circles» is to introduce students to the fundamental geometric shape known as a circle. This lesson aims to cover the defining features of circles, including their curved boundary, center, and radius. The goal is to enhance students’ understanding of two-dimensional shapes, emphasizing the properties of circles, their mathematical characteristics, and their relevance in various contexts, such as geometry and physics.
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80. |
The aim of the lesson on «Reaction Balance» is to provide students with a thorough understanding of chemical reactions and the concept of reaction balance. This lesson aims to cover the principles of balancing chemical equations, ensuring that the number of atoms for each element is the same on both sides of the equation. The goal is to enhance students’ proficiency in representing chemical reactions accurately and understanding the conservation of mass in chemical processes. |