Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Articles analyzed
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Articles analyzed
The artifact that I have chosen to include on the Golden Record is the Periodic Table of the Elements. I have chosen to include the Periodic Table on the Golden Record because the table can be used to predict properties of elements, even the elements that have not been discovered. I find it fascinating that the Periodic Table can discover new elements and it organizes a ton of information about elements. The elements on the left are metals and the elements on the right are nonmetals which are shown how they are related to one another by columns, which are the groups, and the rows, which are the periods. The periods and groups indicate how the elements have similar characteristics and is arranged by their atomic number, chemical properties, …show more content…
The table is very useful for students and scientists because it helps predict the types of chemical reactions and looking at the table tells you a lot about whether it conduct electricity, whether the element is hard or soft, and many other characteristics. The periodic table is one of the most important tools in chemistry history. It describes the atomic properties like the atomic mass, atomic number, and the relationships between the elements. The elements are arranged by groups and periods. The elements are group in particular groups and periods because it lets me know if the element has similar or different characteristics than another element. The periodic table describes every element known to man which is incredible because it tells us which element is dangerous. Each element has its own data which is the atomic mass and atomic number. If a person does not know which element he is holding, he can use the atomic number and the atomic mass to identify the substance. The element also has information that let a person know how the element will react. However, if a new element is discovered the new element can be compared to the other elements on the periodic table to see if it is similar to all the other …show more content…
He was born on February 8, 1834 and died on February 2, 1907 in Saint Petersburg, Russian Empire. Dmitri Mendeleev was the youngest out of 17 siblings. Before he created the Periodic Table, he was a school principal and a teacher, and his mother encouraged him to patiently search for the divine and the scientific truth. His mother took him across Russia to get him a better education which the University in Moscow did not accept him. In the late 1860s, Dmitri published his very first textbook which was title Organic Chemistry and eventually was rewarded with an award from Petersburg Academy of Sciences. In the early 1900s, Mendeleev died at the age of 72 in Russian Empire at Saint Petersburg from influenza. The radioactive element number 101 mendelevium was named after him. There were approximately 56 known elements, and there was a new element discovered every year. Mendeleev worked on the periodic table for a while as he was teaching. He wrote a new textbook, Principles of Chemistry, and after a while he had discovered new patterns that led him to the periodic table. One of his popular quotes that got my attention, and that I was amazed by was when he said “I saw in a dream a table where all elements fell into place as required. Awakening, I immediately wrote it down on a piece of paper, only in one place did a correction later seem necessary.” Later Mendeleev did a presentation and title the periodic table
Primo Levi’s personal relationship to his profession as a chemist shows that philosophically and psychologically, he is deeply invested in it. His book THe PeriOdic TaBLe shows that his methodology cannot be classified as either purely objective or purely subjective. He fits into the definition of dynamic objectivity given by Evelyn Fox Keller in her book Reflections on Gender and Science.
My periodic table on horse breeds. I choose this because I love horses. I love riding them, caring for them, and just being around them in general. I organized the horse breeds into four groups - ponies, light horses (usually riding horses), and draft horses (usually working horses), and other horses (miniature horses, gaited horses, etc.).
The introduction of the book is very intriguing, making readers want to read more. It is in fact one of my favorite parts of the book, telling how Kean’s love for the periodic table and its elements started. It then jumps into giving useful facts and information that I was oblivious to. The geography of the elements is told, where they are located and the importance of their
Theodore W. Richards received the nobel prize in 1914 for his “accurate determinations of the atomic weight of a large number of chemical elements.” (Source ) He was born January 31st, 1868 in Germantown, PA, USA. William Trost Richards, his father, was a very famous landscape artist at the time and his mother, Anna, won her fame through poetry. While growing up, Theodore’s parents brought him to England and France. At the age of fourteen he was educated by his mother.
At the entry of the museum, there were several cases that showed how gold was used as status symbols for the rich. One case had forks, spoons, knives and goblets made of gold in it that were used by royalty. As you move through the museum, there were pictures and plaques about the history of gold and other gold mines from the same era. The museum also housed tools, pans and several large pieces of machinery that was used in the mining process. At the end of the museum, there is a replica of the seventeen pound gold rock that was found by Conrad Reed. Overall the museum was set up well and had some great artifacts, but personally a guided tour would have been better than having to read all the information
I have selected one of the artifacts to talk about, the pet rock. I know that this artifact may seem silly or not even considered valued or an artifact to some, but it is. Gary Dahl had a sense of humor when creating this artifact. Yes, he may have just been an advertising executive to some, but in the 1970s he invented the Pet Rock. His invention is funny, brings joy and smiles to others, and is art. It has a purpose of being a pet, but also more than that. It can bring joy, happiness, humor, comfort, and much more to a person. That is why some may make fun of this artifact or Gary Dahl, but this invention was made with a sense of humor and sharing that with others in the world. Not only has the pet rock made Gary rich, but this artifact has
The periodic table is the most fascinating and the most useful materials in science. Ever since 1879 Samarium has been apart of the periodic table family it has add another chemical element for scientist to observe. There are over a 100 element in the periodic table that scientists help discover the different types of major minerals. Although there are many element in the periodic table samarium is the few elements that are magnetic. Throught the research essay I will educate you about the element of samarium and more information about the periodic table.
John Dalton, born 6th September 1766, is known for developing the theory of the elements and compounds atomic mass and weights and his research in colour blindness.
Gold have had multiple uses since the past including its use as a currency, as a symbol of wealth and power, and as ornaments and decoration for people (Dunsby, Eckstein & Gaspar, 2010). Even during the present time, gold still holds similar functions to the ones it used to in the past. In fact, due to the evident advancement of technology and science throughout the centuries, additional functions and beneficial novel uses of gold were introduced into different scientific and industrial fields. For example, gold has been introduced in some fields of technology such as spacecraft industry, where its efficiency as a reflector of solar heat and radiation proved to be very useful for NASA to use (World Gold Council, 2012).
The element "Copper" also known as "Cu" in the Periodic Table has the atomic number 29 and has 29 protons, 25 neutrons, and 29 electrons. It belongs to the Transition Metal family and normally takes the phase of a solid. The element takes the color of red/orange and has a crystal structure which is cubic. The element also is a conductor used for electrical wiring in houses, computers, light bulbs, etc... It's atomic mass is 63.55 and has the ionic charge of 2+/+. Copper has a total of 6 isotopes 4 being unstable and 2 being unstable and 2 being stable. The 2 naturally stable isotopes of copper are -63 and -65. The isotopes are different from one another according to the mass number. The electrons inside of copper are distributed evenly excluding
Dmitri Ivanovich Mendeleev Dmitri Mendeleev was one of the most famous modern-day scientists of all time, who contributed greatly to the world’s fields of science, technology, and politics. He helped modernize the world and set it further ahead into the future. Mendeleev also made studying chemistry easier, by creating a table with the elements and the atomic weights of them put in order by their properties. Dmitri Ivanovich Mendeleev was born in Tobolsk, Siberia, on February 7, 1834. The blonde-haired, blue-eyed boy was the son of Maria Dmitrievna Korniliev and Ivan Pavlovitch Mendeleev and the youngest of 14 children.
This caused financial hardships on Mendel’s family. It was also difficult to say goodbye but they did it for the sake of his future. However, he excelled at his studies and eventually graduated with honors in 1840. Following graduation, he went to the University of Olomouc. Here he studied philosophy and physics. Once again, Mendel proved he was very bright and academically capable of many things. However, during this time Mendel was suffering with depression which took a toll on his emotional state. It affected the way he was learning so he abandoned his studies. This was only for a short period of time. Mendel graduated from the University in 1843. Against his father’s will, Mendel began studying to be a priest. He joined the Augustinian Abbey of St. Thomas in Brno as a monk. He thought taking the name ‘Gregor’ was appropriate since he was entering the religious field. In 1849, he was tired of his work in Brno. He was then sent to fulfill a temporary teaching position. Unfortunately, he failed a required teaching certification exam. Thankfully for the monastery’s expense, he was sent to the University of Vienna so he could continue his studies in the sciences. There he studied mathematics and physics under the famous Christian Doppler. The Doppler effect of wave frequency is named after Christian Doppler. He
Everyone in my grade despised that class, it was hard, it was tedious… but I loved it! It opened my eyes, and allowed me to see the world from a different perspective. Everywhere you look, there it was, chemistry. The periodic table was the one that winked my eye at first. It is only a table to gather and organize information, yes! But for me, it is the work of multiple great minds, their legacy for the humanity. The periodic table is a graphic metaphor for perfection. Everything is in it’s right place, and it all has a function. All about the periodic table gives me hope in a way that nobody else can understand. It is a weird way to relate life and chemistry, but thanks to that peculiarity; it helped me make the grown up decision of my life,
Dimitri Mendeleev was born is Toblosk, Serbia in 1834. He consumed most of his life, having curious thoughts about the art of science. In 1850, Dmitri Mendeleev enrolled into St. Petersburg University in Russia, where he pursued the study of natural science. He graduated from St. Petersburg University in 1856 with a degree in Chemistry. In 1860, Dmitri Mendeleev studied abroad in Heidelberg, Germany where he developed a laboratory of his own and studied Chemistry. Three years later he was appointed as the professor of Chemistry at his alma mater, St. Petersburg University. During his instruction at the university, he could not seek a textbook that met his needs, so he began writing his own book called The Principles of Chemistry (Dmitri Ivanovich Mendeleev 1834). In this book, he explains the importance and basics of Chemistry and created the Periodic Table while writing this book. Several years later, Dmitri Mendeleev was appointed as the chair of the university. After stepping down amid controversy, he was appointed as the Director of the Bureau of Weights and Measures. He spent the rest of his life discovering new ideas in Chemistry and he won numerous awards and prizes for his magnificent work. Without the dedication and ti...
In chemistry, metals compose a great number of the periodic table elements. Each metal has its own characteristic mass,