Two Major Ways Earth Moves Through Space Research Paper

The Earth revolves around the sun due to the gravitational force between them, so the Earth is pulled by the gravitation between it and the Sun. The Sun moves in an orbit as well due to the same gravitational force between it and the planet, which is the same as in real life. Also, the Moon revolves around the Earth like the moon revolves around the planet. It can be observed that the moon moves faster when the planet (Earth) is closer to the sun. This can be confirmed using Kepler’s Second Law (Equal Areas) because it states that the speed of the planet constantly changes and becomes faster when it is closer to the sun because it is in an elliptical

The Space Race, occurring between 1957 and 1975, allowed both the Union of Soviet Socialist Republics and The United States of America to develop technology and spread their respective communist and capitalist ideologies. The Space Race allowed the two nations to compete for superiority in a non-lethal arena. Unlike other confrontations, the Space Race also gave both parties the platform to prove their superiority to their own nations through frequent propaganda use in the form of film, television, paintings, cartoons, posters, ect. Propaganda allowed both nations to influence people's attitudes, beliefs, and behaviours by injecting their own political ideology.

This society believes that the Earth is a flat disk, similar to the United Nations Flag (Figure 1), where the sun works as a spotlight to create night and day.(Figure 2) The Sun revolves around the north pole and changes position when creating the seasons.

Along with the technological advances and new theories of the last century, humans have developed a need to explore beyond the known of the final frontier. This resource of knowledge has led to superstitions and concerns about what could happen if people pursue this want of space exploration. Among these concerns are national finances, the world’s health, and ethical standpoints of what really could be waiting on the other side for those who dare venture into the unknown.

How did the Space Race improve our society? The space race helped society achieve so many things for so many people. There were new technology inventions, better education, and a greater appreciation of earth. Here are some technological devices that because of the space race there was inventions such as, Satellite tv, laptops, satellite navigation, and non-reflective displays and as of today we still use this type of technology and without the cause of the space race, these inventions would have never been discovered. We have gone from giant full room computers to small handheld devices. As said before, without the space race the technology that has been discovered up to this day they would have never been found.

| C. Occasional day by day, east to west motion of the planets relative to the stars

“Cosmic geography concerns how people envision the shape and structure of the world around them.” Walton makes it known of our current understanding of the cosmos, and how it "puts us at a relatively insignificance in the vastness" This allow us to understand the weather and times. Walton gives a breakdown of the different matter that make up the cosmic, and how it works . It is physical and material and works by the physical properties and the laws of motion. We learn that It has taken many centuries to understand this through science. At the same time, however in the ancient world they hadn’t developed the understanding we have today of our world around us. Walton views of the ancient world seem to be that, they worked off of what they saw and by chance form an opinion of how things worked. We learn that without a God to lead them it gave them a scent of loss and it left their surroundings in the hands of the gods. Walton tell of the heavens and that this is where the gods lived, he goes on to say that it is many levels of heavens exist based on the hierarchical position within the pantheon. The sky is what separated the earth and the heavens. He tell the works of the mountains, and how they helped hold the sky up. In this chapter we get a lesson on the working of the cosmic. The water from above was protected with the sky, so when the sky opened up, it flooded. In his book the write allow the his reader to get a view of the placement

Have you ever wondered why the Earth is spinning? This question baffled scientists for years. Well, I can tell you what i know.To keep it short, it involves going a long way back into the past to just when our Solar System was just forming.

The earth is round due to the fact that when we look up into space, we can see that the other planets are round, so we can infer that earth must be round as well. Another reasoning can be how we have time zones, which means the sun hit different places at different times on earth. The sun also travels lower when you get away from the equator. At night, the stars change when you go from north to south. Lastly, during a solar eclipse, the shadow of the earth on the moon is curved.

Did you know that the Soviet Union was the first to launch something outside of Earth’s orbit? In the 1960’s, the Soviet Union speed up the advancement of space science, faster than the United States ever could, during the Space Race. First of all, they were the first to start the Space Race and continually kept going onward to try new concepts and/or more concepts. On the other hand, the Soviet Union were more focused on witnessing who’s better. Finally, the Soviet Union were the ones who sent multiple of inventions into space, but still had a bunch of trial and error and learned what worked and what didn’t work.

The First Law of Planetary Motion, which is The Law of Ellipses, states that The path of the planets around the sun is elliptical in shape, with the center of the sun being located at one focus. It took five years of measuring the motion of Mars across the sky for

Hipparchus recorded that every year the Sun traces out a circular path known as an ecliptic and that it passes through the Earth’s center. The two points at which the ecliptic and the equatorial plane intersect where known as the vernal (spring) and Autumnal equinoxes and the two points of the ecliptic farthest north and south from the equatorial where the summer and winter solstices. However, Hipparchus found that the Sun’s passage is not symmetrical giving us seasons that are not symmetrical. Hipparchus came up with a mathematical model that could calculate not only the Sun’s orbital location on any date but its position from Earth. Hipparchus would also try to measure the length of the tropical year, the period for the Sun to complete one passage through the ecliptic. By comparing his own observations of the solstices with other observations from the 5th and 3rd centuries BC estimated the tropical year and was only six minutes too

gravitational pull and all of the asteroids in it revolve around the Sun. Although the majority of

The film, Between the Earth and Sky, directed by Paul Allen Hunton in 2017 showcases climate change in Alaska and round the world. The idea for the film originally came from Dr. David Weindorf, a professor at Texas Tech University. Dr. Weindorf frequently took students to Alaska for field trips led by Chein Lu Ping, professor of soil science at the University of Alaska and a one of the leading experts in permafrost. While on these fieldtrips, Weindorf became curious on how climate change was affecting arctic and sub-arctic areas.

His first law states, “The orbits of the planets are ellipses, with the Sun at one focus of the ellipse.” As shown in Figure 1, The Sun is not at the focus of the ellipse, but is instead at one focus [usually there is nothing at the other focus of the ellipse]. The planet then trails the ellipse in its orbit, which implies that the Earth-Sun distance is continually changing as the planet goes around its orbit. Kepler’s second law states, “The line joining the planet to the Sun sweeps out equal areas in equal times as the planet travels around the ellipse.” As shown in Figure 2, an imaginary line from the center of the sun to the center of a planet sweeps out the same area in a given time. This means that planets move faster when they are closer to the sun. Kepler’s third and final law states, “The time taken by a planet to make one complete trip around the sun is its period. The ratio of the squares of periodic times for two planets is equal to the ratio of the cubes of their mean distances from the sun.” Kepler’s third law indicates that the time taken by a planet to orbit the Sun increases quickly with the radius of its orbit ("Johannes Kepler: The” 1-4). Kepler’s laws challenged Aristotelean and Ptolemaic astronomy. His statement that the Earth