Chemical Elements Stocks List
Symbol | Grade | Name | Weight |
---|---|---|---|
PSCM | B | PowerShares S&P SmallCap Materials Portfolio | 18.77 |
PYZ | B | PowerShares Dynamic Basic Materials | 16.2 |
XME | B | SPDR S&P Metals & Mining ETF | 15.57 |
REMX | B | Market Vectors Rare Earth Strategic Metals ETF | 10.37 |
DGRS | B | WisdomTree U.S. SmallCap Dividend Growth Fund | 7.8 |
View all Chemical Elements related ETFs...
Compare ETFs
Date | Stock | Signal | Type |
---|---|---|---|
2021-02-26 | ARNC | Lower Bollinger Band Walk | Weakness |
2021-02-26 | ARNC | Fell Below 200 DMA | Bearish |
2021-02-26 | ARNC | New Downtrend | Bearish |
2021-02-26 | ARNC | Non-ADX 1,2,3,4 Bearish | Bearish Swing Setup |
2021-02-26 | ATI | Upper Bollinger Band Walk | Strength |
2021-02-26 | ATI | Slingshot Bullish | Bullish Swing Setup |
2021-02-26 | ATNM | New Downtrend | Bearish |
2021-02-26 | ATNM | Spinning Top | Other |
2021-02-26 | AXTI | 20 DMA Support | Bullish |
2021-02-26 | AXTI | Calm After Storm | Range Contraction |
2021-02-26 | CC | Lower Bollinger Band Walk | Weakness |
2021-02-26 | CINR | Fell Below 20 DMA | Bearish |
2021-02-26 | CINR | Bearish Engulfing | Bearish |
2021-02-26 | CINR | 50 DMA Support | Bullish |
2021-02-26 | CMP | Fell Below 20 DMA | Bearish |
2021-02-26 | CMP | MACD Bearish Signal Line Cross | Bearish |
2021-02-26 | CMP | 50 DMA Support | Bullish |
2021-02-26 | CNEY | Hot IPO Pullback | Bullish Swing Setup |
2021-02-26 | ELA | MACD Bearish Centerline Cross | Bearish |
2021-02-26 | FOE | Doji - Bearish? | Reversal |
2021-02-26 | FOE | Pocket Pivot | Bullish Swing Setup |
2021-02-26 | FOE | Upper Bollinger Band Walk | Strength |
2021-02-26 | GLTR | Expansion Pivot Sell Setup | Bearish Swing Setup |
2021-02-26 | GLTR | 200 DMA Support | Bullish |
2021-02-26 | GLTR | Expansion Breakdown | Bearish Swing Setup |
2021-02-26 | GLTR | MACD Bearish Centerline Cross | Bearish |
2021-02-26 | ICL | 20 DMA Support | Bullish |
2021-02-26 | ICL | New Downtrend | Bearish |
2021-02-26 | ICL | Non-ADX 1,2,3,4 Bullish | Bullish Swing Setup |
2021-02-26 | IPI | 20 DMA Support | Bullish |
2021-02-26 | IPI | MACD Bearish Signal Line Cross | Bearish |
2021-02-26 | KMT | Fell Below 50 DMA | Bearish |
2021-02-26 | KMT | 20 DMA Support | Bullish |
2021-02-26 | KRO | Bollinger Band Squeeze | Range Contraction |
2021-02-26 | KRO | 20 DMA Resistance | Bearish |
2021-02-26 | LNTH | Fell Below 20 DMA | Bearish |
2021-02-26 | LNTH | Wide Range Bar | Range Expansion |
2021-02-26 | LNTH | New Downtrend | Bearish |
2021-02-26 | MLI | Upper Bollinger Band Walk | Strength |
2021-02-26 | MLI | Bearish Engulfing | Bearish |
2021-02-26 | MLI | Slingshot Bullish | Bullish Swing Setup |
2021-02-26 | MOS | 20 DMA Support | Bullish |
2021-02-26 | MTEM | 50 DMA Resistance | Bearish |
2021-02-26 | MTEM | MACD Bearish Centerline Cross | Bearish |
2021-02-26 | MTEM | NR7 | Range Contraction |
2021-02-26 | MTL | NR7 | Range Contraction |
2021-02-26 | MTL | Bollinger Band Squeeze | Range Contraction |
2021-02-26 | MTRN | NR7 | Range Contraction |
2021-02-26 | MTRN | Narrow Range Bar | Range Contraction |
2021-02-26 | NGD | Doji - Bullish? | Reversal |
2021-02-26 | OEC | Stochastic Reached Overbought | Strength |
2021-02-26 | PLG | Stochastic Reached Oversold | Weakness |
2021-02-26 | PLG | Doji - Bullish? | Reversal |
2021-02-26 | PLG | MACD Bearish Centerline Cross | Bearish |
2021-02-26 | SBSW | Slingshot Bullish | Bullish Swing Setup |
2021-02-26 | SIF | Fell Below 50 DMA | Bearish |
2021-02-26 | SIF | MACD Bearish Centerline Cross | Bearish |
2021-02-26 | SLCA | Wide Range Bar | Range Expansion |
2021-02-26 | SLCA | Expansion Breakout | Bullish Swing Setup |
2021-02-26 | SLCA | 180 Bullish Setup | Bullish Swing Setup |
2021-02-26 | SLCA | Pocket Pivot | Bullish Swing Setup |
2021-02-26 | SLCA | Stochastic Reached Overbought | Strength |
2021-02-26 | SLCA | New 52 Week Closing High | Bullish |
2021-02-26 | SLCA | Upper Bollinger Band Walk | Strength |
2021-02-26 | SLCA | New 52 Week High | Strength |
2021-02-26 | SPPP | Expansion Pivot Sell Setup | Bearish Swing Setup |
2021-02-26 | SPPP | Fell Below 50 DMA | Bearish |
2021-02-26 | SPPP | Fell Below 20 DMA | Bearish |
2021-02-26 | SPPP | MACD Bearish Signal Line Cross | Bearish |
2021-02-26 | SQM | MACD Bearish Signal Line Cross | Bearish |
2021-02-26 | SQM | Fell Below 50 DMA | Bearish |
2021-02-26 | SQM | Fell Below 20 DMA | Bearish |
2021-02-26 | TROX | Non-ADX 1,2,3,4 Bullish | Bullish Swing Setup |
2021-02-26 | TROX | Volume Surge | Other |
2021-02-26 | TROX | NR7 | Range Contraction |
2021-02-26 | TROX | 20 DMA Resistance | Bearish |
2021-02-26 | UEC | 20 DMA Support | Bullish |
2021-02-26 | UEC | New Downtrend | Bearish |
2021-02-26 | UEC | MACD Bearish Signal Line Cross | Bearish |
2021-02-26 | UEC | Non-ADX 1,2,3,4 Bullish | Bullish Swing Setup |
2021-02-26 | UEC | Doji - Bullish? | Reversal |
2021-02-26 | USAS | Fell Below 20 DMA | Bearish |
2021-02-26 | USAS | Bollinger Band Squeeze | Range Contraction |
2021-02-26 | USAS | Expansion Pivot Sell Setup | Bearish Swing Setup |
2021-02-26 | UUUU | 20 DMA Support | Bullish |
2021-02-26 | VEDL | Slingshot Bullish | Bullish Swing Setup |
2021-02-26 | VNTR | Fell Below 50 DMA | Bearish |
A chemical element is a species of atom having the same number of protons in their atomic nuclei (that is, the same atomic number, or Z). For example, the atomic number of oxygen is 8, so the element oxygen consists of all atoms which have exactly 8 protons.
118 elements have been identified, of which the first 94 occur naturally on Earth with the remaining 24 being synthetic elements. There are 80 elements that have at least one stable isotope and 38 that have exclusively radionuclides, which decay over time into other elements. Iron is the most abundant element (by mass) making up Earth, while oxygen is the most common element in the Earth's crust.Chemical elements constitute all of the ordinary matter of the universe. However astronomical observations suggest that ordinary observable matter makes up only about 15% of the matter in the universe: the remainder is dark matter; the composition of this is unknown, but it is not composed of chemical elements.
The two lightest elements, hydrogen and helium, were mostly formed in the Big Bang and are the most common elements in the universe. The next three elements (lithium, beryllium and boron) were formed mostly by cosmic ray spallation, and are thus rarer than heavier elements. Formation of elements with from 6 to 26 protons occurred and continues to occur in main sequence stars via stellar nucleosynthesis. The high abundance of oxygen, silicon, and iron on Earth reflects their common production in such stars. Elements with greater than 26 protons are formed by supernova nucleosynthesis in supernovae, which, when they explode, blast these elements as supernova remnants far into space, where they may become incorporated into planets when they are formed.The term "element" is used for atoms with a given number of protons (regardless of whether or not they are ionized or chemically bonded, e.g. hydrogen in water) as well as for a pure chemical substance consisting of a single element (e.g. hydrogen gas). For the second meaning, the terms "elementary substance" and "simple substance" have been suggested, but they have not gained much acceptance in English chemical literature, whereas in some other languages their equivalent is widely used (e.g. French corps simple, Russian простое вещество). A single element can form multiple substances differing in their structure; they are called allotropes of the element.
When different elements are chemically combined, with the atoms held together by chemical bonds, they form chemical compounds. Only a minority of elements are found uncombined as relatively pure minerals. Among the more common of such native elements are copper, silver, gold, carbon (as coal, graphite, or diamonds), and sulfur. All but a few of the most inert elements, such as noble gases and noble metals, are usually found on Earth in chemically combined form, as chemical compounds. While about 32 of the chemical elements occur on Earth in native uncombined forms, most of these occur as mixtures. For example, atmospheric air is primarily a mixture of nitrogen, oxygen, and argon, and native solid elements occur in alloys, such as that of iron and nickel.
The history of the discovery and use of the elements began with primitive human societies that found native elements like carbon, sulfur, copper and gold. Later civilizations extracted elemental copper, tin, lead and iron from their ores by smelting, using charcoal. Alchemists and chemists subsequently identified many more; all of the naturally occurring elements were known by 1950.
The properties of the chemical elements are summarized in the periodic table, which organizes the elements by increasing atomic number into rows ("periods") in which the columns ("groups") share recurring ("periodic") physical and chemical properties. Save for unstable radioactive elements with short half-lives, all of the elements are available industrially, most of them in low degrees of impurities.
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