An astrolobe which is an instrument that measured the position of the stars , and the magnetic compass helped determine the ships approximate location.
life span A+
The five major discoveries that significantly impacted human knowledge and society include the wheel, which revolutionized transportation; the printing press, which transformed communication and literacy; electricity, leading to advancements in technology and daily life; antibiotics, which drastically improved health and medicine; and the internet, which has reshaped information sharing and global connectivity. Each of these discoveries laid the groundwork for further innovations and societal changes.
Scientists expect to advance our understanding of the natural world through research and experimentation. They anticipate that new discoveries will lead to innovative technologies, improved public health, and solutions to pressing global challenges, such as climate change and pandemics. Additionally, they aim to refine existing theories and develop new models that can better explain complex phenomena. Overall, the scientific community is committed to expanding knowledge and applying it for the benefit of society.
Science is based upon observation and reasoning. There are always new observations being made, and new reasoning being proposed. This leads to improvements in theories.
They draft a hypothesis, investigate it. Next, they conduct several experiment's, if they can get good repeatable results others test it. Then it is improved or accepted and over time it may change or disappear completely.
Space technology has the potential to revolutionize space exploration by enabling advanced propulsion systems, improved communication networks, precise navigation, and enhanced scientific research capabilities.
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The answer is Improved Weather
Agricultural advancements, such as the use of iron tools and the introduction of new crops, increased food production. Technological advancements, including the printing press and advancements in navigation equipment, improved communication and exploration. Architectural advancements, such as the construction of impressive cathedrals and mosques, showcased advancements in engineering and design. Scientific advancements, like the development of the scientific method and the study of human anatomy, laid the groundwork for future discoveries.
the new things that were made like more accurate maps, scince of navigation, improved rudders the compass, and the astrolabe
During the Age of Exploration, Iberian sailors made significant advancements in navigation and ship design. The development of the caravel, a small, highly maneuverable ship, allowed for exploration along Africa's coast and across the Atlantic. Innovations like the astrolabe and quadrant improved celestial navigation, enabling sailors to determine their latitude at sea more accurately. Additionally, the use of detailed maps and charts, such as the portolan charts, facilitated more precise navigation and exploration.
human diseases experienced by large groups.
The main factors that led to the Age of Exploration were the desire for wealth and resources, advances in navigation technology such as the compass and improved maps, competition between European nations for colonies and trade routes, and the spread of Christianity.
He opened a school of navigation and improved education in navigation and math. Prince Henry the Navigator was a Royal member of Portugal. He sponsored many voyages of exploration but never actually sailed. He died around 1460 right before the last expidetion came back from west Africa.
weapons improved, armor improved and ramen or coca cola
The two main factors that enabled the Portuguese to begin overseas exploration were advances in maritime technology, such as improved ship design and navigation tools, and the support of wealthy sponsors like Prince Henry the Navigator who funded expeditions and encouraged exploration.
Advanced technology development leading to innovations in medicine, communications, and transportation. Improved weather forecasting and disaster management systems. Increased international collaboration in scientific research and exploration. Satellite technology enabling global telecommunications and navigation systems. Greater understanding of Earth's climate and environment through space-based monitoring and research.