16Ne, 17Ne, 18Ne, 19Ne, 20Ne, 21Ne, 22Ne, 23Ne, 24Ne, 25Ne, 26Ne, 27Ne, 28Ne, 29Ne, 30Ne, 31Ne, 32Ne, 33Ne, 34Ne are the known isotopes of neon whereas 20Ne, 21Ne, 22Ne are the stable isotopes of neon
There are currently 19 identified isotopes of Neon 20Ne, 21Ne, and 22Ne are by far the most common in nature as they are all stable. Other isotopes are radioactive and decay when created. The table below was borrowed from Wikipedia.
nuclide
symbol
Z(p)
N(n)
isotopic mass (u)
half-life
nuclear
spin
representative
isotopic
composition
(mole fraction)
range of natural
variation
(mole fraction)
excitation energy
16Ne
10
6
16.025761(22)
9E-21 s [122(37) keV]
0+
17Ne
10
7
17.017672(29)
109.2(6) ms
1/2-
18Ne
10
8
18.0057082(3)
1.672(8) s
0+
Evidence exists that the mode of decay is by emission of a diproton.
19Ne
10
9
19.0018802(3)
17.296(5) s
1/2+
20Ne
10
10
19.9924401754(19)
Stable
0+
0.9048(3)
0.8847-0.9051
21Ne
10
11
20.99384668(4)
Stable
3/2+
0.0027(1)
0.0027-0.0171
22Ne
10
12
21.991385114(19)
Stable
0+
0.0925(3)
0.0920-0.0996
23Ne
10
13
22.99446690(11)
37.24(12) s
5/2+
24Ne
10
14
23.9936108(4)
3.38(2) min
0+
25Ne
10
15
24.997737(28)
602(8) ms
(3/2)+
26Ne
10
16
26.000461(29)
197(1) ms
0+
27Ne
10
17
27.00759(12)
32(2) ms
(3/2+)#
28Ne
10
18
28.01207(16)
18.3(22) ms
0+
29Ne
10
19
29.01939(29)
15.6(5) ms
(3/2+)#
30Ne
10
20
30.02480(61)
5.8(2) ms
0+
31Ne
10
21
31.03311(97)#
3.4(8) ms
7/2-#
32Ne
10
22
32.04002(86)#
3.5(9) ms
0+
33Ne
10
23
33.04938(86)#
<260 ns
7/2-#
34Ne
10
24
34.05703(87)#
1# ms [>1.5 µs]
0+
Ne-20 , Ne-21 , Ne-22 are stable natural isotopes (%resp.: 90.7%, 0.3%, 9%)
Ne-24 is not stable, halftime 15 hr.
20Ne, 21Ne, 22Ne are the three stable isotopes of neon
Neon isotopes can be used in dating meteoric rock and to investigate the creation of some isotopes in space.
Neon has the atomic number 10 which means it has 10 protons, it cannot have 12. Different isotopes of an element have the same number of protons but a different number of neutrons. There are three stable isotopes of neon.
Neon has three stable isotopes, and they are 20Ne, 21Ne and 22Ne. They have 10, 11 and 12 neutrons, respectively. There are a number of other isotopes of neon, and they can be found by following the link below to the Wikipedia article on neon.To answer this correctly, it is necessary to know which isotope of neon is considered. Neon has three stable isotopes, and they are Ne-20, Ne-21 and Ne-22. They have 10, 11 and 12 neutrons, respectively.However, if isotope is not mentioned, then the answer will be 10 neutrons for Ne-20 as that is the most abundant isotope of neon.
Yes Neon has isotopes from 16-34.
Neon 16 through to Neon 34 have been synthesised/discovered. Neon 9 through to Neon 11 are the naturally occurring isotopes, all of which are stable. Neon 9 comprises over 90% of natural Neon in the air. Neon 15 is the most recently reported and has not been verified (as of may 2014). Other isotopes, both heavier and lighter, could be synthesised in the future, increasing the isotope count.
Neon isotopes can be used in dating meteoric rock and to investigate the creation of some isotopes in space.
Neon has the atomic number 10 which means it has 10 protons, it cannot have 12. Different isotopes of an element have the same number of protons but a different number of neutrons. There are three stable isotopes of neon.
Of those, neon is the most chemically stable (least reactive).But for elements, the term stable usually means non-radioactive, and all of these elements have stable isotopes.
it has 3 stable isotopes
Neon has three stable isotopes, and they are 20Ne, 21Ne and 22Ne. They have 10, 11 and 12 neutrons, respectively. There are a number of other isotopes of neon, and they can be found by following the link below to the Wikipedia article on neon.To answer this correctly, it is necessary to know which isotope of neon is considered. Neon has three stable isotopes, and they are Ne-20, Ne-21 and Ne-22. They have 10, 11 and 12 neutrons, respectively.However, if isotope is not mentioned, then the answer will be 10 neutrons for Ne-20 as that is the most abundant isotope of neon.
3
Neon is an inert gas, with three stable isotopes, Ne20, Ne21, and Ne22. In my (rather old) reference, there are unstable isotopes known from Ne17 through Ne19, and from Ne23 through Ne25. Neon is a well known gas through its use in advertising signs. In physics, it enjoys the position of being the first discovery of isotopes of stable elements. It is the second-lightest of the inert gases, and may be the least reactive element. Neon is a useful and cheap cryogenic refrigerant.
Yes Neon has isotopes from 16-34.
Neon 16 through to Neon 34 have been synthesised/discovered. Neon 9 through to Neon 11 are the naturally occurring isotopes, all of which are stable. Neon 9 comprises over 90% of natural Neon in the air. Neon 15 is the most recently reported and has not been verified (as of may 2014). Other isotopes, both heavier and lighter, could be synthesised in the future, increasing the isotope count.
Radioactive isotopes are not stable.
The isotopes protium (H-1) and deuterium (H-2) are stable; tritium (H-3) and artificial isotopes are unstable.
Stable isotopes are used as tracers.