Bromine, I think :)
yes its true because its an element and if you want to make an element you will have to have one sort/type of atoms together (neon has 10 atoms to make an element) .
The element with neutral atoms containing ten neutrons is neon. Neon has an atomic number of 10, so it always has 10 protons and 10 electrons.
Neon is an element, not a compound. A compound requires more than one type of element in the molecule. Since Neon is monatomic (stable as a single atom - does not combine with other atoms to form molecules) there is no chance for it to be a compound.
Neon is an element, meaning it is not a mixture. Find Neon in the periodic table of elements.
In 1000g of bromine, there are fewer atoms compared to 1000g of neon because the atomic mass of bromine is higher. This means that the same mass of bromine contains a lower number of atoms compared to neon due to the higher atomic mass of bromine.
Yes. Neon is mono-atomic element
yes its true because its an element and if you want to make an element you will have to have one sort/type of atoms together (neon has 10 atoms to make an element) .
Neon (Ne) is an element and is made from atoms.
The element with neutral atoms containing ten neutrons is neon. Neon has an atomic number of 10, so it always has 10 protons and 10 electrons.
Neon is an element, so it is composed of atoms. Neon is also a noble gas, which means it generally does not react to form molecules of any kind.
Balls
Neon!
Neon is an element, not a compound. A compound requires more than one type of element in the molecule. Since Neon is monatomic (stable as a single atom - does not combine with other atoms to form molecules) there is no chance for it to be a compound.
Neon is an element, meaning it is not a mixture. Find Neon in the periodic table of elements.
The element Neon is not likely to form bonds with other atoms. This is because Neon has eight electrons in its outer valence shell.
Neon is an element
In 1000g of bromine, there are fewer atoms compared to 1000g of neon because the atomic mass of bromine is higher. This means that the same mass of bromine contains a lower number of atoms compared to neon due to the higher atomic mass of bromine.