Well, you probably don't know

Know first before going to the moon
like many other celestial bodies in the solar system, it consists primarily of the following materials: 1. **Rocks**: The Moon consists of solid rocks similar to rocks found on Earth, such as basalt, anorthosite, and breccia. This material is formed from the process of magma freezing and meteorite impacts. 2. **Regolith**: The surface layer of the moon consists of regolith, which is a mixture of fine dust, small rocks, and fragmented mineral materials. This regolith is formed from rocks due to meteorite impacts and exposure to harsh solar radiation. 3. **Minerals**: The Moon contains various types of minerals such as plagioclase, pyroxene, olivine, ilmenite, and magnetite. These minerals play a role in shaping the geological structure of the moon and provide insight into the conditions of the cosmic environment in the past. 4. **Dry Lava Seas**: Most of the moon's surface consists of plains formed by violent lava flows that then solidified. These lava seas provide the dominant flat structure of most of the lunar surface. 5. **Air and Ice**: Although very small in quantity, studies have shown the presence of air on the moon in the form of ice in very shaded and cold areas, such as in craters that are never exposed to direct sunlight. These materials provide valuable information about the origins and evolution of the moon, and are a key target for research to better understand the geological history and environmental conditions in space. The moon, Earth's natural satellite, has been an object of interest to humans for thousands of years. Lunar exploration began long before the era of modern human space missions. Since the beginning of history, various cultures have presented myths and beliefs about the moon, often conflating it with deities or spiritual forces. In the modern era, human efforts to reach the moon reached its peak with NASA's Apollo missions in the 1960s and 1970s. On July 20, 1969, the Apollo 11 mission brought about a historic moment when Neil Armstrong became the first man to set foot on the moon. Together with Buzz Aldrin, they explored the lunar surface, collected rock samples, and conducted scientific experiments that changed our understanding of the cosmos. The Moon has a unique geological structure. Its surface consists of vast plains, deep craters, mountain ridges, and seas of dried lava. Geological processes such as meteor impacts and long periods of volcanic activity have shaped the landscape we see today. Because it has no atmosphere, the moon has no protection against cosmic radiation or drastic temperature changes between day and night. The distance from Earth to the moon varies around 363,000 kilometers at its closest point (perige) and around 405,000 kilometers at its farthest point (apoge). The journey to the moon requires careful planning and advanced technology to overcome the inevitable challenges of space, such as radiation, zero gravity , and isolation. In essence, human exploration of the moon not only represents a remarkable human technological achievement but also provides deep insight into the origins of our solar system and the geological evolution of celestial bodies. Through further research and ongoing exploration, we continue to delve into the mysteries of the moon to understand more about its significance in the history and future of human space exploration.