●      Di: Space mission objectives

o   Give background information about your space mission. Briefly describe the mission you have chosen.

The Apollo 11 mission was a historic space mission launched by NASA in July 1969 with the goal of landing two humans, Neil Armstrong and Edwin "Buzz" Aldrin, on the moon's surface while a third astronaut, Michael Collins, orbited above. This mission was a significant milestone in space exploration as it marked the first time humans have ever set foot on another celestial body. The Apollo 11 mission was a culmination of years of research and development, including testing of numerous spacecraft designs and training for astronauts. The mission involved a spacecraft composed of several modules, including the Command Module, Service Module, and Lunar Module, which were specifically designed to fulfill various mission objectives. The successful landing on the moon and the safe return of the Apollo 11 crew to Earth is one of the greatest achievements in human history.

o   What were the aims or objectives of this mission?

The objectives of the Apollo 11 mission were to achieve President John F. Kennedy's goal, set in 1961, of landing a man on the moon and returning him safely to Earth before the end of the decade. The specific goals of the mission were to land the lunar module (LM) on the moon's surface, have an American astronaut step onto the lunar surface and conduct scientific experiments, collect samples of moon rocks, and return safely to Earth. Additionally, the mission aimed to demonstrate American technological superiority over the Soviet Union during the Cold War.

o   Describe which science and technology processes were used to achieve these objectives.

The Apollo 11 mission was a groundbreaking achievement in science and technology, made possible through a variety of technical processes and developments. Here are a few of the key scientific and technological processes that were used to achieve the objectives of the Apollo 11 mission: 

1. Rocketry and propulsion. To launch a spacecraft into orbit and ultimately to the moon, Apollo 11 relied on powerful rocket engines and advanced propulsion systems. The Saturn V rocket used in the mission was one of the most powerful rockets ever built, capable of generating 7.5 million pounds of thrust. 

2. Navigation and guidance. The Apollo 11 spacecraft had to travel more than 240,000 miles to reach the moon, and rely on advanced navigation and guidance systems to do so. This included sophisticated computers that could calculate trajectories, monitor the spacecraft's position, and make corrections as needed. 
3. Life support systems. The astronauts on the Apollo 11 mission needed to remain alive and healthy throughout their journey to the moon and back. This required a variety of advanced life support systems, including air purification and recycling, waste management, and temperature control. 

4. Telecommunications. Communication was essential throughout the Apollo 11 mission, both between the astronauts themselves and between the spacecraft and their support teams on Earth. A variety of advanced telecommunications systems were used to ensure that communication was clear and reliable, including radio communications, data transfer systems, and video feeds. 

5. Lunar surface exploration. Once on the moon, the Apollo 11 astronauts were able to explore using a variety of advanced scientific instruments and technologies. This included cameras, seismometers, and soil analysis tools that helped them learn more about the moon's geology and composition.

●      Dii: Implications to _________________
What are the positive and negative consequences of using science and technology to achieve the mission objectives?

There were several positive and negative consequences of using science and technology to achieve the mission objectives of Apollo 11. 

Positive consequences: 

1. Advancement in technology: The Apollo 11 mission pushed the boundaries of technology and enabled various technological advancements such as the portable computer, satellite communication, and heat-resistant materials that have had a significant impact on various industries. 

2. Inspiration to innovate: The mission inspired a new generation of scientists, engineers, and innovators to develop new technologies and push beyond what was thought possible. 

3. Economic benefits: The space program created new jobs and led to the development of various industries, such as aerospace, that contributed to the growth of the economy. 

Negative consequences: 

1. Environmental impact: The launch and landing of the spacecraft resulted in pollution and disturbance of natural habitats. Rockets, fuel, and other materials used in spaceflight contribute to air and water pollution. 

2. Economic cost: The mission was tremendously expensive, and the amount of resources utilized in completing the mission could have been used to address social issues such as poverty, hunger, and healthcare. 

Implications on the society: The Apollo 11 mission had a significant impact on society. It inspired people to dream and imagine what was once thought impossible. The mission also fostered national pride and unity, as people came together to witness the landing of astronauts on the moon. The technological advancements from the mission have also influenced various industries, including healthcare, telecommunications, and computing. 

Implications on the economy: The Apollo 11 mission had a significant impact on the economy. The development of new technologies and industries, such as aerospace, have led to job creation and contributed to economic growth. However, the significant costs of the mission diverted resources from social programs that could have addressed other pressing needs in society.

 In conclusion, while the Apollo 11 mission spurred technological advancements and inspired generations, it also had negative consequences on the environment and diverted resources from other pressing social needs.

What potential future outcomes would there be?

has paved the way for future space exploration and missions, such as establishing a permanent presence on the moon or sending humans to Mars. The advancements in technology and innovation can lead to further developments in various industries and potentially solve current global challenges such as climate change and sustainability. However, it's important to consider the environmental and social impacts of such missions and ensure that the benefits outweigh the costs. Additionally, continued space exploration could lead to potential conflicts over resources and territorial claims. Balancing the potential benefits and consequences will be crucial in shaping the future outcomes of space exploration.

●      Div: Bibliography

o   Cite all your research using the MLA format. Document a minimum of 3 credible sources completely, using MLA referencing and in-text citations.