Technically no, since an element defines that it is a single atom. Tungsten Carbide is a chemical compound consisting of Tungsten and Carbon (W2C) and Graphite is a form of pure carbon
True - the element is carbon
Only some special diagrams represents isotopes of the same element.
An atom is the smallest piece of an element. Said another way, and element is made up one and only one kind of atoms.
Each element has a different number of electrons. All atoms of that element have the same number of electrons. The number of electrons is the same as the number of protons.
the point, I think, is either the amount of different substances in the graphite/lead, or even the type of eraser...
Both are different. Tungsten in an element whereas a carbide is a compound composed of carbon and a less electronegative element.
Tungsten Carbide is the new style for Mens Wedding Rings. The heavy weight and the luxurious finish of a Tungsten Carbide Ring, speaks of commitment, strength and an everlasting bond. Its shine does not diminish over time, Tungsten does not scratch, nor bend out of shape. Tungsten Carbide Rings are a fraction of the price when compared to gold and platinum jewelery, but offers the same feeling of elegance and class. To finish off, a Tungsten Carbide Ring is a ring that is bold, strong, elegant and classy. It is a ring that meets all the needs for today's man.
No, graphite and diamond are not elements. They are both forms of the element carbon. Carbon is the element, while graphite and diamond are allotropes, which are different forms of the same element with different physical and chemical properties.
Tungsten jewelry is metallic. My husband and I have matching tungsten carbide rings with a mirror finsih. We have gotten so many compliments on them! The rings are super resistant to scratches. Some believe the only thing that can really scratch them is a diamond. We really enjoy our rings as they are heavy and we do not have to worry about them when we are doing things that many take jewelry off to do. There is a wedding band material called ceramic. It is not tungsten carbide. Ceramic comes in several colors and the most popular is black. What's great about ceramic rings is that the color is the same all the way through and is highly scratch resistant. This means that in the highly unlikely event that a black ceramic ring does scratch, the scratch will not be as apparent. Tungsten Carbide can be made into jewelry and is a metal. You can also combine these 2 materials together to make a highly scratch resistant and colorful ring.
True - the element is carbon
Calcium acetylene and calcium carbide are not the same. Calcium carbide is a chemical compound composed of calcium and carbon, while calcium acetylene is a gas produced when calcium carbide reacts with water. Calcium carbide is commonly used in the production of calcium acetylene for welding and cutting applications.
Carbonates contain the anion (CO3)-. Ex.: barium carbonate, BaCO3. Carbides are compounds formed from carbon and another element; ex.: silicon carbide, SiC.
They are not made the same- but they come from the same element- carbon. However, carbon can take different crystal shapes. One of those is graphite, a very different one is diamond.
No. Copper wire is made of the element copper. Tungsten wire is made of the element tungsten. Copper wire is made to conduct electricity. Tungsten wire is made for the filament in light bulbs as tungsten does not melt under even very high temperatures.
They are both the same element , viz. Carbon. Diamond and Graphite are different allotropes of carbon, together with Buckminster Fullerene (Footballene). An ALLOTROPE of an element is where the element exhibits different physical characteristics, such as appearance.
Allotropes-different forms of the same element ex. diamond and graphite for carbon different arrangement of the atoms Actually it is diamond, charcoal, and GRAPHITE... Not carbon
The atomic number is the same as the number of protons. So, from an atomic number of 74, we can conclude that there are 74 protons. One proton cancels out the charge of one electron, therefore, equal numbers of protons and electrons results in a neutral particle. For an atom with 74 protons to be neutral, 74 electrons are needed to balance.