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Galileo galilei research
Contributions of galileo galilei to the scientific revolution
Galileo galilei research
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I have an important proposal that will give us more knowledge about space, planets, and moons. That proposal is for a mission to the moon, Europa. I would like to send a probe there to discover the mysterious and beautiful moon. Europa is a Galilean moon that orbits the planet Jupiter. It is the Fourth smallest of all the Galilean moons. As you can guess, Galileo Galilei was the one who first discovered it. Europa is such an extraordinary moon, so there’s so many reasons why it’s interesting. One reason is that it is physically aesthetic, with a design of brown vein-like stripes covering the surface. Another reason why Europa is interesting is because it is an icy moon, with the whole entire surface covered in ice. Because of the ice, it makes …show more content…
One of the challenges is actually based on what makes Europa fascinating. The reason to send a probe is to see if there can be life in Europa. To get evidence and know for sure, we would need for the moon to erupt the cloud of water vapor. The problem with that is that the water vapor appears randomly, not in a pattern. That would make the timing to send the probe difficult. Another way to discover if there is an ocean is to actually go under the ice with the probe. The challenge with that is that the ice can be very thick, even for many miles. Another reason why it would be difficult is because the temperature is -206 degrees …show more content…
In particular, the rover can study the icy surface, the cloud of water vapor, and possibly dig in to get to the water underneath the ice. To achieve the best evidence for the possible ocean underneath, I would deploy the rover onto the area of Europa called chaos terrains. Europa is made up of 40 percent chaos terrains. Chaos terrains is areas where the icy surface is broken into big pieces. The reason I would do so is because there would be more cracks and areas to where the rover can look into and find samples that may show that there is an ocean with life. As for launching the rover back to the probe, the speed would be 1432.23 meters per
Euglenas are unicellular organisms classified into the Kingdom Protista, and the Phylum Euglenophyta. All euglena have chloroplasts and can make their own food by photosynthesis. They are not completely autotrophic though, euglena can also absorb food from their environment; euglenas usually live in quiet ponds or puddles. (Biologycorner.com, 2016) Euglena is a interesting specie because they are combination of plant and animal. They can feed themselves through photosynthesis like a plant. Also, they move like animal. People have argued for many years about which Kingdom to put them. Most scientists put them in the protest Kingdom. So the question is that how does tempura affect Euglena growth. Personally, if the there is higher
Josquin Des Prez, born in 1440/1445, was a French composer of many important masses for the 16th century. Even noticed in The New Grove HIGH RENAISSANCE MASTERS, for being one of the best composer it the later 16th century. “Josquin Desprez, one of the greatest composers of the entire renaissance and certainly the most important before the second half of the 16th century.”1 The Ave Maria Virgo Serena. was motet written for the church. Ave Maria gratia plena dominus tecum, virgo serena or Hail Mary. Full of grace, the lord is with thee serene Virgin was from a Gregorian chant. Josquin composed this piece during his service at one of the French and Italian courts. Josquin is wildly known to be a master of the Renaissance style of polyphonic vocal music. He
* To look at and investigate the action of the sea and find out how
Have you ever looked up into the night skies and wondered what might be out there? One question I always wonder is where in the universe might there be a livable planet? Well the answer might be closer than you think, well actually 588 million kilometers away from earth. Jupiter of course is what I’m talking about. Fell first let’s ask the why we might move. Let’s face it earth is not going to be able to be habitable forever in fact ate the rate humans are polluting the atmosphere earth won’t be around that much longer. So might need a new place to live. So could the answer be Jupiter? Before that we need to know a little about the new planet and if it’s able to sustain life. Let’s start with the Jupiter’s history. Jupiter is the largest planet in the solar system. Jupiter was named after the king of the gods and Roman mythology. The ancient Greeks named the planet after Zeus, the king of the Greek pantheon. In 1610, a man that goes by the name “Galileo Galilei” was looking through his homemade telescope when he came across Jupiter. He notice four objects circling Jupiter and described them as "four fixed stars, totally invisible by their smallness" it was there were he discovered four large moons Io, Europa, Ganymede and Callisto, which underwent several name change but are now known as the Galilean moons. This was the first time celestial bodies were seen circling an object other then Earth. Jupiter spins faster than any other planet, taking 10 hours to complete a turn on its axis, compared to that of 24 hours for Earth. This rapid spin makes Jupiter bulge at the equator and flatten at the poles, making the planet about 7 percent wider at the equator than at the poles. This is Jupiter and this is Jupiter next to the earth. Jup...
Review: The opportunity and endeavor of exploring the Earth’s oceans can reap great rewards for mankind and unravel many of the mysteries that the Earth has left to discover.
Right alongside the fifth and largest planet in our solar system, Jupiter, orbits a moon only about the same size as Earth’s moon. On this moon, is an icy surface that scientists are trying to uncover. Due to the presence of what they believe to be water, there is the possibility of life on this moon named Europa.
We also calculated the density of a moon based on its make up or rock and ice percentage. We use the formula ( (P rock) (3.5) + (P ice) (0.9) ) / 100. When the moon is 100% rock and 0% ice, the moon’s density is 3.5 g/cm^3. When the moon is 80% rock and 20% ice, the moon’s density is 2.98 g/cm^3. When the moon is 60% rock and 40% ice, the moon’s density is 2.46 g/cm^3. When the moon is 40% rock and 60% ice, the moon’s density is 1.94 g/cm^3. When the moon is 20% rock and 80% ice, the moon’s density is 1.42 g/cm^3. When the moon is 0% rock and 100% ice, the moon’s density is .9
In August, Galileo demonstrated it to some Venetian merchants. in 1609, he made the decision to turn his telescope towards the sky. In March 1610, he published a small booklet, The Starry Messenger, revealing his discoveries that the moon was not flat and smooth, but that it was a sphere with mountains and craters. He also He also found Venus had phases like the moon. He discovered Jupiter had revolving moons.
NASA told me that this planet is very cold. People may say that Pluto is colder than Antarctica. It is a dwarf planet in the Kuiper belt. NASA told me that there was an 11 year old girl whose name was Vinita Burney. I learned from the space facts cite, that this planet was found around.. 3,10,1930. It also says is the largest dwarf planet but the 2nd massive, I do not understand that fact because if it was the largest how couldn’t it weigh the most. Pluto is -229 degrees Celsius but it is -380.2 ferinhight. WOWW THAT’S COLD!!!! pluto was discovered by a man by the name of Clyde Tombaugh. It is 33.3333 percent of water. I think it’s a cool fact that Pluto got its name by an 11 year old girl. Pluto weighs 13,050,000,000,000 billon kilograms.
There were multiple launches to the moon, all providing pieces to the puzzle about our closest neighbor, the moon. Each mission brought back home evidence after evidence of hydrogen, magnesium, etc. This mission was inspired by the common question scientists and space enthusiasts about whether or not the moon is habitable or if there is any possibility of life. The moon is the closest space object that we can reach, and it’s our nearest neighbor that we know nothing about. It turns out that the study concluded that there is a very small amount of water up there.
Although the European Union consists of a large variety of institutions, the most important institution is the European Commission. Established in 1958 and based in Luxemburg and Brussels, this hybrid institution (executive and bureaucratic) “epitomizes supranationalism and lies at the center of the EU political system” (Dinan, 2010, p. 171). It has a substantial bulk of responsibilities and carries out these responsibilities with a vast number of constituents, acting as the executive for the EU. These responsibilities include anything from drafting and initiating policy to managing the financial framework of the EU, and can have a large impact on the other institutions of the EU. In order to “promote the general interests of the Union,” the Commission strives to unify the interests of the member states and is continually working for implementation and harmonization of EU law (Dinan, 2010, p. 191).
The dwarf planet Ceres, which is larger yet less dense, is believed to have a large amount of ice and may even have subsurface liquid water. Ceres was the first dwarf planet discovered by the spacecraft Dawn whom is now studying it in great detail. Scientists with NASA’s Dawn mission have identified with multiple photos that
...g able to reach the star, let alone study the immensely hot mass, is very slim. It is commonly understood that more is known about outer space than about the oceans. The question is not about accessibility. A manned space mission costs billions of dollars and countless hours of manpower. Currently it is more dangerous to travel to space than it is to journey toward the bottom of the sea. Scientists have the means and the capabilities today to journey to every square inch of the oceans. The question is whether or not there is the will within the scientific community to further explore the vast oceans. But there is hope, James Cameron and other private investors are once again seeing the benefit of sea exploration. From medical knowledge to knowledge about other planets, the high seas (and indeed the low seas) have unknown stores of benefits waiting to be tapped into.
Drenched in history from World War Two, the capital city of Poland, Warsaw, is the place to see a combination of a modern society and cultural with past historical building and culture. Having a strong historical background and culture, Warsaw has boomed economically from tourism. This paper will discuss the following question: How does Warsaw use it’s bold history and culture to benefit and develop its economy?
When these systems are implemented they allow us a new and better understanding of the world below our lakes and oceans. I have worked several hours on NMC’s research vessel the Northwestern and have worked through problems and issues that arose with the