The problem with space is the distance between things.
If the Sun was 1 meter in diameter, at their closestapproach to Earth the planets would be far away. Mercury would be about 51 meters from Earth. Venus would be about 28 meters away. Mars would be about 52 meters away. Those distances would be far enough, but when you look at the distances to the other places we might want to explore, the numbers are far worse. Jupiter would be 400 meters away. Saturn would be 953 meters away. Uranus would be 1819 meters away. Neptune would be 2906 meters away, and Pluto would be 3900 meters away. Those distances are as close as they ever get. If they are on the other side of the Sun, add another 99 meters.
Also, these objects are moving. Even if you can see them, you are seeing them only at the speed of light. For example when you look at Mars, you are seeing it where it was 14 minutes ago. So, to explore a place, you have to calculate where it will be at the moment our explorer gets out there to it. Exactly. That takes very good math. To move an object requires energy. Now you are dealing with Physics. If you are going to send a 100 kilogram object to Mars, you need less fuel than if you are going to send a 1,000 kilogram object. How much more? Ask Physics.
One example: to do space exploration you have to get from A to B. Traveling in the solar system you don't just point at the target and step on the gas. A transfer orbit is needed, and calculating orbits is a job for Physics and Math.
The administration responsible for the exploration of outer space is NASA, the National Aeronautics and Space Administration, in the United States. NASA conducts space missions, research, and exploration initiatives to expand our understanding of the universe and promote scientific advancement.
The development of advanced rocket technology and the creation of artificial satellites have revolutionized space exploration the most. These advancements have enabled humans to travel further into space, gather valuable data about the universe, and establish a continuous presence in space. Additionally, the construction of the International Space Station has allowed for long-term human spaceflight missions and international collaboration in space exploration.
Tsiolkovsky, a Russian scientist, is known for his work in astronautics and rocketry. He formulated the rocket equation, which describes the physics of rocket propulsion. His theories laid the foundation for space exploration and the development of rocket technology.
The same way we do on Earth. (Well I do anyway) The laws of physics are no different in space.
Over 100 Billion dollars total
astronomy is space exploration and cosmology it physics in space.
Technology, physics, chemistry, maths, and lots of money.
apollo 11
This is a lawl question.
Space exploration is an important part of our life today. The main reasons for exploring space are:- 1) The urge to know what is out there2) By space exploration, we get to know if there is any harm from the heavens coming our way3) The sheer thrill of it
Literally everything that happens is because of physics. It controls time and space itself
The space shuttle was important for its ability to carry astronauts and cargo to space and back, allowing for the construction and servicing of the International Space Station. It also helped to advance scientific research and technology in space exploration. Additionally, the space shuttle program paved the way for future spacecraft design and missions.
The space station is important because it serves as a hub for scientific research, technological development, and international collaboration in space. It allows scientists to conduct experiments in microgravity that are not possible on Earth, advancing our knowledge in various fields such as biology, physics, and materials science. Additionally, it serves as a stepping stone for future exploration beyond Earth's orbit.
Physics is important in the modern world because it helps us understand how the universe works and enables technological advancements such as computers, smartphones, and renewable energy sources. It also plays a crucial role in fields like medical imaging, space exploration, and materials science, driving innovation and progress in various industries.
latest finding about space exploration?
Without physics, cars, TV's, and electric lights would not have been invented, we would not know about space and astronomy, we would never know about forces and atoms. Physics is about all that and more, which is why it is important. Without physics, we would not have computers or the internet.
Rockets lift the astronauts into space to do their exploration.