H-1. Hydrogen has only one proton and electron; if this electron is removed a hydrogen ion is formed - effectively a proton.
A hydrogen ion is often referred to as a proton due to its single positive charge.
could be either +1 or -1 if +1, then it is called proton if -1, then it is called hydride ion
Proton and technocally neutron because Hydrogen's most common isotope doesn't have neutrons, but that small decimal at the end shows a small percentage of isotopes which have neutrons. Electrons are so small you don't take them into account for mass
A normal, positively charged hydrogen ion might be referred to as a proton, but certainly not as an electron -- it doesn't even contain any electrons!
A proton.
A hydrogen ion is often referred to as a proton due to its single positive charge.
A single proton (not part of a larger nucleus) is the same as a positive hydrogen ion.
could be either +1 or -1 if +1, then it is called proton if -1, then it is called hydride ion
Hydrogen H+ ion is (i.s.o. 'can be thought of as ...) one proton.
Proton and technocally neutron because Hydrogen's most common isotope doesn't have neutrons, but that small decimal at the end shows a small percentage of isotopes which have neutrons. Electrons are so small you don't take them into account for mass
The hydroxyl ion is OH and isn't a proton.
A single proton is a subatomic particle with a positive electric charge found in the nucleus of an atom. It is one of the building blocks of matter and is essential for the formation of atoms.
A normal, positively charged hydrogen ion might be referred to as a proton, but certainly not as an electron -- it doesn't even contain any electrons!
a Proton. A hydrogen-1 atom (the most abundant isotope of hydrogen) has no neutrons and only 1 proton. So the atom is 1 proton and 1 electron. So the ion, when the electron is removed, the entire ion is just 1 single proton.
A proton.
A lone proton can also be referred to as a hydrogen ion.
HTeO4- is the formula for hydrogen tellurate ion.