Usually the Periodic Table would not be a good source to determine the number of neutrons; the periodic table focuses on the atomic number, which is the number of protons. An element with a given number of protons can have multiple isotopes, which are elements with the same number of protons but a different number of neutrons; in some cases there are a rather large variety of isotopes. Having said that, some periodic tables do represent the commonest isotope or commonest naturally occurring one but are still unlikely to list all possible isotopes.
The number of neutrons in an isotope is: mass number - atomic number.
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An element alwys has the same number of electrons and protons no matter what the isotope - so the answer is the neutrons determine the isotope.
an ion has a different number of electrons and an isotope has a different number of neutrons then listed on the Periodic Table or your sample
Isotope 89Y and isotope 90Zr has 50 neutrons.
The atomic weight determines the isotope, which is determine by the number of neutrons.
An isotope of an element has a different number of Neutrons to the original element it came from. EG: Carbon( 11 neurtons) can go to carbon(12 Neutrons(
Each element on the periodic table has a specific number of neutrons and will vary for its isotope.
The number of protons determine what element it is, the number of neutrons determine what isotope it is.
This is stable isotope of iodine - iodine-127.
An element alwys has the same number of electrons and protons no matter what the isotope - so the answer is the neutrons determine the isotope.
The element with atomic number 16 is sulphur and for S-32 isotope, there are 16 neutrons.
an ion has a different number of electrons and an isotope has a different number of neutrons then listed on the Periodic Table or your sample
Yes, the isotope potassium-39 has 20 neutrons.
Isotope 89Y and isotope 90Zr has 50 neutrons.
The atomic weight determines the isotope, which is determine by the number of neutrons.
An isotope of an element has a different number of Neutrons to the original element it came from. EG: Carbon( 11 neurtons) can go to carbon(12 Neutrons(
The name of the element and the mass number (number of protons + neutrons) it is written e.g Uranium-235 or symbolically 235U
Any atom, ion, or isotope with 12 protons is going to be magnesium. Only the number of protons in the nucleus will determine the element. But with the information about the number of neutrons, the specific isotope can also be determined - 22Mg.