Contextualization

Earth, our home, is not a static body in space. It is constantly in motion, and these movements have a profound impact on our daily lives. From sunrise and sunset to the cycle of seasons, Earth's movements are responsible for a series of phenomena that we regularly observe. Furthermore, understanding these movements allows us to develop calendars, predict the weather, and even navigate the globe.

Space, in turn, is a fundamental concept in geography. It can be seen in different ways, such as a geographical location or an area of living. But regardless of how it is viewed, space plays a crucial role in how we live, move, and interact with the world around us. Understanding how space is used and modified over time helps us better understand our relationship with the environment and how it influences our lives.

Introduction

In this project, we will explore Earth's movements and the concept of space. Firstly, we will understand the two main movements of Earth: rotation and translation. Rotation is the movement Earth makes as it spins around its own axis. This movement is responsible for the alternation between day and night. On the other hand, translation is the movement Earth makes around the Sun, which leads to seasonal variations in climate and is responsible for the different seasons of the year.

Next, we will explore the idea of geographical space, discussing how different areas of the world are used and modified over time. We will also investigate how the use of space affects the environment and how Earth's movements influence this dynamic.

To help you delve deeper into the topic, we suggest the following reliable sources:

1. "Understanding Earth's Movements." - This article from Superinteressante provides an overview of Earth's movements and how they influence our daily lives.

2. "Geographical Space." - This document offers a detailed view of the concept of geographical space and discusses its implications for human life and the environment.

3. "Geography Workbook for 6th Grade." - This workbook provides a detailed introduction to basic geography concepts, such as space and Earth's movements.

Practical Activity: "Understanding Earth's Movements and the Space We Live In"

Project Objectives

1. Understand Earth's movements (rotation and translation).
2. Understand how these movements influence our daily lives and the climate.
3. Explore the concept of geographical space and how it is modified over time.
4. Analyze the relationship between space usage, Earth's movements, and the environment.

Detailed Project Description

Students will be divided into groups of 3 to 5 students, and each group will have one week to complete the activity. It is estimated that each student will dedicate two to four hours to the project, including the necessary research, the execution of the proposed practical activity, and the production of the report.

Required Materials

1. An orange or a ball representing Earth.
2. A flashlight representing the Sun.
3. Paper, pencil, eraser, and ruler for drawing and notes.
4. Internet access for research.

Detailed Step-by-Step for Activity Execution

1. The first step is to understand the Rotation and Translation movements of Earth. For this, students should use the orange (or ball) and the flashlight. The flashlight will be the Sun, and the Earth will be represented by the orange.

2. Rotation Movement: Students should rotate the 'Earth' around its own axis, keeping the 'flashlight-Sun' stationary. Observe how half of the 'Earth' is illuminated and the other half is in shadow, representing day and night, respectively.

3. Translation Movement: Now, students should move the 'Earth' around the 'flashlight-Sun,' representing the trajectory of a year. Observe how different parts of the 'Earth' receive more or less light at different points of the trajectory, representing the different seasons of the year.

4. In the second step, students will explore the concept of geographical space. They should choose a location in their city or neighborhood and research how it has been used and modified over time. They can use the internet, interview older residents, or consult municipal archives, for example.

5. Finally, students should think about how the concepts worked on connect with the chosen space and write a report with the results.

Final Report

The conclusion of the project will be the final report to be written by the students. It should contain:

• Introduction: Here, the theme should be contextualized, its relevance and real-world application, and the objective of this project.

• Development: Here, students should explain the theory behind Earth's movements and geographical space, explain the activity in detail, indicate the methodology used, and finally present and discuss the results obtained.

• Conclusion: Here, students should summarize their main points, explain the learnings obtained, and draw conclusions about the project.

• Bibliography: Finally, students should indicate all the sources they relied on to work on the project.

Connection of project deliverables with activities

The final report must be directly associated with the practical activities carried out. In the report's development, students will document their observations and reflections on the practical activity, while in the conclusion, they will relate their results to the theory learned and the real world. The bibliography, in turn, ensures that they learn to attribute credit and verify the reliability of information sources.