Yes, carbon has been used since ancient times to reduce metal ores and oxides to the metal.
no because if the metals were reactive then they would react with elements in the air non reactive metals are found in there native state like gold and silver.
Silicon is a marvelously abundant element, and it is most often found as an oxide. Many rocks are silicates, which are silicon oxides with a bit of metal thrown in. Sand us usually silicon oxides.
"Carbon and hydrogen are often included in the reactivity series even though they are non-metals. Carbon is included because this helps to explain what happens in the extraction of iron in a blast furnace. Hydrogen is included because any metal below it will not react with dilute acids."http://www.frankswebspace.org.uk/ScienceAndMaths/chemistry/reactivitySeries.htm
Carbon is a nonmetal. Although it is located near the metalloids, it is not sitting on the "staircase" of the periodic table. As a result, it displays properties of a nonmetal like low conductivity of energy.
No. Carbon dioxide is the product of combustion and cannot be burned. If you compress carbon dioxide you could run an engine in the same manner as compressed air (like the Tata Motors Limited vehicles) and be used as power source. This has not been done with carbon dioxide.)
your mums a milf whats a milf?
no because if the metals were reactive then they would react with elements in the air non reactive metals are found in there native state like gold and silver.
Silica = silicon dioxide = SiO2 is the only ingredient of quartz glass, often sodium and calcium oxides are added to lower the melting point. Often sodium carbonate and calcium carbonate are used as the metal oxide source and the carbon dioxide escapes into our atmosphere during the melting.
Often it's an oxide. For example, carbon burns in air to form its oxides, carbon monoxide and carbon dioxide. However, there are other possibilities. Hydrogen burns in oxygen to produce water.
Silicon is a marvelously abundant element, and it is most often found as an oxide. Many rocks are silicates, which are silicon oxides with a bit of metal thrown in. Sand us usually silicon oxides.
Carbon, usually in impure form such as coal or coke, is often used to remove oxygen from metal ores.
no. their often made of carbon steel or stainless steel
The carbon family is often referred to as the "Carbon Family". Boring, but true.
A method for separation and recovery of metals and metal oxides from industrial minerals and waste materials Extraction from the metal ore involves reduction of the metal, and electrons can reduce any metal ion. metal ions + electrons metal atoms (reduction). non-metal ions - electrons non-metal atoms (oxidation). The electrodes are often made from graphite. The liquid which conducts electricity is called the electrolyte. The amount of electricity needed to produce a particular mass of metal (or non-metal) can be calculated. The negative electrode, called the cathode, will attract positively charged metal ions. The metal ions collect electrons from the cathode and are discharged as metal atoms. The positive electrode, called the anode, will attract negatively charged non-metal ions. The non-metal ions lose electrons to the anode and are discharged as non-metal atoms.
Carbon Fiber. It's often left unpainted, which gives it a beautiful shiny grey-black metal color.
it isn't. It's important for racing bikes to be strong enough and as light as possible, and that can often be achieved by using metal in their construction. But carbon fiber can also be used.
The released gases are carbon dioxide and water vapors; a simple test for CO2 is the absorption in calcium hydroxide.If the burning is not incomplete also carbon monoxide is formed; as impurities - sulfur and nitrogen oxides.