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What are 2 properties do hydrogen lithium and beryllium have in common?
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How many nuetrons and electrons does lithium have?
There are 3 neutrons in lithium. Take atomic mass - atomic number. ex: Beryllium, atomic mass: 9, atomic number:4 so 9 - 4 equal 5.
What are the numbers of neutrons in beryllium?
The most common isotope of Beryllium is Beryllium 9, which has 5 neutrons.
What are the two most common alkali metals?
Sodium, lithium, potassium
What can you do to prove water is a compound of hydrogen and oxygen?
water is a compound because it does not show its constituent's properties and has fixed proportion by mass,,,,,,,,,,,,,,,,
Which is the lightest common metals?
it is titanium
What is hydrogen and helium and lithium and beryllium?
-Hydrogen is a naturally occurring gas the lightest gas. chemical symbol H and atomic number 1. -Helium is a chemical element (part of a group of chemical elements called noble gases) with the symbol He and is gas, the second most common element in the Universe (after hydrogen). -Lithium is a chemical element (symbol Li and atomic number 3) belonging to the alkali metal -Beryllium (Element Symbol is Be) is found in nature in various mineral compounds, not in the elemental form as they are so reactive. Atomic Number of Beryllum is 4. classified as an Alkaline Earth Metals.
What do cohesion surface tension and adhesion have in common?
all are properties related to hydrogen bonding.
How many nuetrons and electrons does lithium have?
There are 3 neutrons in lithium. Take atomic mass - atomic number. ex: Beryllium, atomic mass: 9, atomic number:4 so 9 - 4 equal 5.
What are the numbers of neutrons in beryllium?
The most common isotope of Beryllium is Beryllium 9, which has 5 neutrons.
What is the three most common elements?
Carbon bonds with chlorine potassium and other solids and liquids to make salts.
How does the composition of a mixture of hydrogen any oxygen differ from the compound containing hydrogen and oxygen?
A mixture of hydrogen and oxygen would consist of separate H2 and O2 molecules. The hydrogen and oxygen would retain their own properties. The most common compound of hydrogen and oxygen is water. In it the two elements are combined into molecules of H2O, which has its own set of properties distinct from those of hydrogen or oxygen.
How does the composition of a mixture of hydrogen and oxygen differ from the composition containing hydrogen and oxygen?
A mixture of hydrogen and oxygen would consist of separate H2 and O2 molecules. The hydrogen and oxygen would retain their own properties. The most common compound of hydrogen and oxygen is water. In it the two elements are combined into molecules of H2O, which has its own set of properties distinct from those of hydrogen or oxygen.
What is the the most common charge of the element Li?
If you look at the periodic table, Lithium (Li) is in the first column, group 1A, under Hydrogen, and above Sodium (Na). These elements are typically "electron donors" to fill out their electron shell. So, Lithium, Hydrogen, and Sodium all would typically ionize with +1 charges.
What does magnesium and beryllium have in common?
Same group
What elements are used in rechargeable batteries?
There are several different battery chemistries, each containing different elements. The common lead-acid battery used with engines contains lead, sulfur, oxygen, and hydrogen along with other elements used in making the case terminals and related components. Lithium batteries can contain lithium, manganese, oxygen, chlorine, carbon and hydrogen. Other lithium batteries can contain lithium, iron, sulfur, carbon, and hydrogen. Numerous other combinations are also used in commercial lithium batteries Other types of batteries include zinc oxide batteries, containing silver, zinc, oxygen and hydrogen
Was beryllium an common or abundant element?
Beryllium is not an abundant element: approx. 3 ppm in the earth crust.
Beginning with Hydrogen in what order do elements undergo fusion on the sun?
The way I see it, hydrogen-3 (tritium) came first, then hydrogen and its more common isotope hydrogen-2 (deuterium) formed by radioactive decay (12.32 year half-life). Deuterium would fuse with itself to form helium, while tritium would fuse with itself to form Lithium. Helium would fuse to form Beryllium, Lithium to form Boron, Lithium would fuse into Carbon, Lithium and Beryllium would fuse into Nitrogen and finally, Beryllium and Boron could have fused into Oxygen. At 350 million Kelvin, helium by itself would yield mostly carbon in about a year. Most of the rest would be oxygen (10%) and neon (less than 1%). Assuming Tritium decay, the rest of the elements form alongside the helium. At lower temperatures, more oxygen ends up at the top given more time. With these lighter elements fused together, it is conceivable that all the elements would follow these nine listed, given time. All kinds of combinations are possible, given the right conditions. I am not a nuclear physicist, nor even a physicist, so look elsewhere for a scientific answer. This could be a good starting point to asking the right questions, though. A "scientific" answer: At present, hydrogen is the only element undergoing fusion in the Sun. In the future, the Sun will start to use helium fusion. The Sun will become a Red Giant star and carbon and oxygen will be formed. The mass of the Sun is not enough to form elements beyond that. So, the Sun will never fuse carbon atoms, for example. In fact, hydrogen doesn't form helium directly, but via series of reactions. Perhaps this question refers to those details. Lithium, beryllium and helium itself can be involved in reactions that produce helium from hydrogen in the Sun. It's called the "proton-proton chain reaction".
