Number of Neutrons = Atomic mass minus Atomic Number.
Neutrons = 18[Atomic Mass] - 8[Atomic Number]
Neutrons = 10
Cl-35 isotope has 18 neutrons Cl-37 isotope has 20 neutrons
O-18 atom has 8 protons, 8 electrons and 10 neutrons.
The atomic number of oxygen is 8. So it has 8 protons. And O-18 isotope has 10 neutrons.
The isotope of oxygen commonly referred to is oxygen-18 (⁸O), which has 8 protons and 10 neutrons. It is used in various scientific fields, including paleoclimatology, to study past climate conditions through ice core samples and in biochemistry for tracing metabolic pathways. Oxygen-18 can also be found in water molecules, influencing the isotopic composition of natural waters.
In elemental oxygen (O) there are 8 neutrons and 8 electrons for the O-8 isotope.
Cl-35 isotope has 18 neutrons Cl-37 isotope has 20 neutrons
O-18 atom has 8 protons, 8 electrons and 10 neutrons.
Chlorine 35 is a natural isotope of chlorine (75,77 % as mass).
The chemical symbol for fluorine isotope with 9 neutrons is 18F (18 is a superscript).
Although there are different isotopes of oxygen (like O-16, O-17, and O-18), they have the same chemical properties. This means that whichever isotope you breathe will still be used in cellular respiration in the same way by your body. So, it doesn't matter which isotope of oxygen you breathe because they all serve the same essential purpose in supporting your body's functioning.
That statement is incorrect. Argon has an atomic number of 18, which means it has 18 protons in its nucleus. The number of neutrons in an argon nucleus can vary depending on the isotope, but a common isotope, Argon-40, has 22 neutrons.
19
The atomic number of oxygen is 8. So it has 8 protons. And O-18 isotope has 10 neutrons.
Oxygen-18.
The isotopic symbol for the sulfur isotope with 18 neutrons is ^34S. This is because sulfur's atomic number is 16, so adding 18 neutrons gives a mass number of 34.
Only one isotope has a given number of protons andneutrons. In this case it is Argon-40
The isotope of oxygen commonly referred to is oxygen-18 (⁸O), which has 8 protons and 10 neutrons. It is used in various scientific fields, including paleoclimatology, to study past climate conditions through ice core samples and in biochemistry for tracing metabolic pathways. Oxygen-18 can also be found in water molecules, influencing the isotopic composition of natural waters.