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Nouveau texte de la page, après la modification (new_wikitext) | <br>We have all seen the metal objects that are part of our daily lives: cars, computers, television sets, washing machines, jewelry boxes and so on. But do you know what is a metal? Metals constitute nearly 70% of the Earth's periodic table, but we all are still not familiar with most of them. When metal ores are mined, refined, processed and then alloyed, metal oxides travel through society, they encounter an amazing array of industrial and commercial applications. Each metal has unique properties and the properties of the metal affects every other metal in different ways. Therefore, when metal oxides, minerals, alloyings and additives are added to any metal object, the results can be quite amazing.<br><br><br>When objects made from metals undergo chemical reaction, the properties of the elements change, one element becomes another element. Thus we have elements such as carbon, oxygen, nitrogen, phosphorus, silicon, iron, manganese, boron, phosphorous and fluoride. All these elements belong to the Periodic Table of the Elements and each of them has important uses in industry, agriculture and construction. If you liked this article so you would like to collect more info regarding [https://www.castermetal.com/aluminum-casting-manufacturers/ Suggested Webpage] i implore you to visit the website. The reason why we need these elements is that they are necessary for life. The elements found in the periodic table structure are used in almost every industry today because they are vital for existence. They are also good conductors of electricity and therefore, are essential elements for any modern industry.<br><br><br>A nonmetal element such as iron can be added to any metal object and will thus change its physical property and ability to conduct electricity. Thus, the addition of copper to a car engine increases the efficiency of the vehicle and it also improves its fuel efficiency. Iron can be mixed with another nonmetal element, lead, to form a metal with the similar properties as iron. Thus by adding nickel to the composition of an automobile, it can improve the performance of that automobile.<br><br><br>Some other elements are alloys: they are made from two metals or more and therefore possess the properties of both metals. Aluminum and tin are an example of what are known as alloy metals. Zinc and nickel are examples of what are known as nonmetal elements.<br><br><br>A metallic atom consists of a proton and an electron. The electrons can occupy one orbital in a metal ion and the protons can occupy different orbital. The number of electrons needed to make a substance ionized depends on the number of protons and the total number of neutral atoms surrounding them. Thus you can see why in some substances, while the number of protons are greater, the number of electrons is lower and the substance is therefore not ionized; whereas in other substances, when the number of electrons is higher, the substance will be ionized and thus metallic.<br><br><br>Metallic atoms have distinct electrical charges. When an electric current is passed through them, the charge will change. Certain elements can create waves as they undergo an electric current. The amount of charge in the atom is also dependent on the number of protons surrounding the atom. Thus we can see that the elements that we use to make metal are very different from one another.<br> |
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+<br>We have all seen the metal objects that are part of our daily lives: cars, computers, television sets, washing machines, jewelry boxes and so on. But do you know what is a metal? Metals constitute nearly 70% of the Earth's periodic table, but we all are still not familiar with most of them. When metal ores are mined, refined, processed and then alloyed, metal oxides travel through society, they encounter an amazing array of industrial and commercial applications. Each metal has unique properties and the properties of the metal affects every other metal in different ways. Therefore, when metal oxides, minerals, alloyings and additives are added to any metal object, the results can be quite amazing.<br><br><br>When objects made from metals undergo chemical reaction, the properties of the elements change, one element becomes another element. Thus we have elements such as carbon, oxygen, nitrogen, phosphorus, silicon, iron, manganese, boron, phosphorous and fluoride. All these elements belong to the Periodic Table of the Elements and each of them has important uses in industry, agriculture and construction. If you liked this article so you would like to collect more info regarding [https://www.castermetal.com/aluminum-casting-manufacturers/ Suggested Webpage] i implore you to visit the website. The reason why we need these elements is that they are necessary for life. The elements found in the periodic table structure are used in almost every industry today because they are vital for existence. They are also good conductors of electricity and therefore, are essential elements for any modern industry.<br><br><br>A nonmetal element such as iron can be added to any metal object and will thus change its physical property and ability to conduct electricity. Thus, the addition of copper to a car engine increases the efficiency of the vehicle and it also improves its fuel efficiency. Iron can be mixed with another nonmetal element, lead, to form a metal with the similar properties as iron. Thus by adding nickel to the composition of an automobile, it can improve the performance of that automobile.<br><br><br>Some other elements are alloys: they are made from two metals or more and therefore possess the properties of both metals. Aluminum and tin are an example of what are known as alloy metals. Zinc and nickel are examples of what are known as nonmetal elements.<br><br><br>A metallic atom consists of a proton and an electron. The electrons can occupy one orbital in a metal ion and the protons can occupy different orbital. The number of electrons needed to make a substance ionized depends on the number of protons and the total number of neutral atoms surrounding them. Thus you can see why in some substances, while the number of protons are greater, the number of electrons is lower and the substance is therefore not ionized; whereas in other substances, when the number of electrons is higher, the substance will be ionized and thus metallic.<br><br><br>Metallic atoms have distinct electrical charges. When an electric current is passed through them, the charge will change. Certain elements can create waves as they undergo an electric current. The amount of charge in the atom is also dependent on the number of protons surrounding the atom. Thus we can see that the elements that we use to make metal are very different from one another.<br>
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Lignes ajoutées lors de la modification (added_lines) | <br>We have all seen the metal objects that are part of our daily lives: cars, computers, television sets, washing machines, jewelry boxes and so on. But do you know what is a metal? Metals constitute nearly 70% of the Earth's periodic table, but we all are still not familiar with most of them. When metal ores are mined, refined, processed and then alloyed, metal oxides travel through society, they encounter an amazing array of industrial and commercial applications. Each metal has unique properties and the properties of the metal affects every other metal in different ways. Therefore, when metal oxides, minerals, alloyings and additives are added to any metal object, the results can be quite amazing.<br><br><br>When objects made from metals undergo chemical reaction, the properties of the elements change, one element becomes another element. Thus we have elements such as carbon, oxygen, nitrogen, phosphorus, silicon, iron, manganese, boron, phosphorous and fluoride. All these elements belong to the Periodic Table of the Elements and each of them has important uses in industry, agriculture and construction. If you liked this article so you would like to collect more info regarding [https://www.castermetal.com/aluminum-casting-manufacturers/ Suggested Webpage] i implore you to visit the website. The reason why we need these elements is that they are necessary for life. The elements found in the periodic table structure are used in almost every industry today because they are vital for existence. They are also good conductors of electricity and therefore, are essential elements for any modern industry.<br><br><br>A nonmetal element such as iron can be added to any metal object and will thus change its physical property and ability to conduct electricity. Thus, the addition of copper to a car engine increases the efficiency of the vehicle and it also improves its fuel efficiency. Iron can be mixed with another nonmetal element, lead, to form a metal with the similar properties as iron. Thus by adding nickel to the composition of an automobile, it can improve the performance of that automobile.<br><br><br>Some other elements are alloys: they are made from two metals or more and therefore possess the properties of both metals. Aluminum and tin are an example of what are known as alloy metals. Zinc and nickel are examples of what are known as nonmetal elements.<br><br><br>A metallic atom consists of a proton and an electron. The electrons can occupy one orbital in a metal ion and the protons can occupy different orbital. The number of electrons needed to make a substance ionized depends on the number of protons and the total number of neutral atoms surrounding them. Thus you can see why in some substances, while the number of protons are greater, the number of electrons is lower and the substance is therefore not ionized; whereas in other substances, when the number of electrons is higher, the substance will be ionized and thus metallic.<br><br><br>Metallic atoms have distinct electrical charges. When an electric current is passed through them, the charge will change. Certain elements can create waves as they undergo an electric current. The amount of charge in the atom is also dependent on the number of protons surrounding the atom. Thus we can see that the elements that we use to make metal are very different from one another.<br>
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