Emitting an alpha particle 213Bi become 209Tl.
The Neutron- An element with the same number of protons and electrons, but with a different number of neutrons per atom than the original element is called an "isotope". An isotope will have, for all intensive purposes, about the same chemical and physical properties as the original element. Isotopes are written as the element, followed by a dash, then the number of neutrons in one atom of that isotope (Carbon-13 is an isotope of carbon with 13 neutrons per atom)
Every subatomic particle has mass, so every particle will cause a slight mass change. However, in an isotope, the mass change between the parent and daughter is caused by a change in the number of neutrons.
14 neutrons for Al-27 isotope.
Se-78 isotope will have 44 neutrons Br-79 isotopes will have 44 neutrons
The isotope of zirconim, 91Zr, has 51 neutrons. In order to solve this problem, one must know that an element's atomic weight is the average of its number of protons and neutrons (only neutrons are variable). Since the atomic number is the number of protons, the atomic number subtracted from the atomic weight gives the number of neutrons. An element in period 5 that has this many neutrons is found to be zirconium (the isotope 91Zr).
The number of neutrons.
neutrons
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 Neutron- An element with the same number of protons and electrons, but with a different number of neutrons per atom than the original element is called an "isotope". An isotope will have, for all intensive purposes, about the same chemical and physical properties as the original element. Isotopes are written as the element, followed by a dash, then the number of neutrons in one atom of that isotope (Carbon-13 is an isotope of carbon with 13 neutrons per atom)
Try "the proton" (change the electrons and you get ions, change the neutrons and you get an isotope.)
Every subatomic particle has mass, so every particle will cause a slight mass change. However, in an isotope, the mass change between the parent and daughter is caused by a change in the number of neutrons.
The number of protons tells you which chemical element the atom is. The number of neutrons determines the isotope of the element.
The number of neutrons is different for each isotope.
Yes, the isotope potassium-39 has 20 neutrons.
Isotope 89Y and isotope 90Zr has 50 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(
In isotopes of a particular element, the number of neutrons differ where the number of protons and electrons remain same.