How many protons does TIN 117 have?
50
Properties of Tin-117 Isotope:
Properties of Tin-117 Isotope: | TIN-117 |
---|---|
Atomic Number (Z) | 50 |
Mass Number (A) | 117 |
Nucleon Number (A) | 117 |
Proton Number (Z) | 50 |
How many neutrons does SN 117 have?
67
Properties of Sn-117 Isotope:
Properties of Sn-117 Isotope: | SN-117 |
---|---|
Neutron Number (N) | 67 |
Atomic Number (Z) | 50 |
Mass Number (A) | 117 |
Nucleon Number (A) | 117 |
Is Tin 117 stable?
Tin 117 Metal (Tin-117) is a stable (non-radioactive) isotope of Tin. It is both naturally occurring and produced by fission.
Which element has a mass number of 117?
Tennessine
Tennessine is a synthetic chemical element with the symbol Ts and atomic number 117. It is the second-heaviest known element and the penultimate element of the 7th period of the periodic table….
Tennessine | |
---|---|
Mass number | [294] |
Tennessine in the periodic table |
Where is tin found?
Tin is found principally in the ore cassiterite (tin(IV) oxide). It is mainly found in the ‘tin belt’ stretching through China, Thailand and Indonesia. It is also mined in Peru, Bolivia and Brazil. It is obtained commercially by reducing the ore with coal in a furnace.
How many polonium isotopes are there?
42
Isotopes. Polonium has 42 known isotopes, all of which are radioactive. They have atomic masses that range from 186 to 227 u. Po (half-life 138.376 days) is the most widely available and is made via neutron capture by natural bismuth.
Why does tin have the most isotopes?
Tin’s atomic number, 50, is a so-called “magic number” in nuclear physics. The combination of its size and nuclear stability results in tin having the greatest number of stable isotopes of any element. These include isotopes with atomic masses between 112 and 124 (except 113, 121 and 123).
Why is 117 called ununseptium?
Ununseptium is called element 117 because it has 117 protons and 117 electrons. Elements with such a high number of protons are not found free in nature. The heaviest element that occurs in nature has 92 protons (uranium). Heavier elements are made in research settings by using nuclear reactions to add more protons.
https://www.youtube.com/channel/UCt_-PJJXwmORISbpJE5hLqw