In ordinary water, exactly 0 atoms as Tritium decays too rapidly (halflife 12.26 years) for any that was on earth when it formed (billions of years ago) to remain. In contaminated water, either deliberately or accidentally, it would depend on how much contaminate was added and the tritium concentration in it. Tritium can only be manufactured somewhere there is a high neutron flux (e.g., nuclear reactor or bomb, a star).
nothing
This would entirely depend on how many plants were built, and the size of such plants. There would be no limit in principle, except the supply of tritium
Vienna ocean mean water has 1.85 +/- 0.36 x 10^-11 pmm of tritium
5,730 years
The amount of heat produced was 790 000 J which people need if they want to solve this question
The half life of Tritium is 12.32 years. it would therefore take 24.64 years for the amount to fall to a quarter of the original.
If you mean decades then there are 10 decades in 100 years
nothing
Ink is not comprised of anything that will rot or decay. The liquid would simply be absorbed into whatever material is surrounding it.
This would entirely depend on how many plants were built, and the size of such plants. There would be no limit in principle, except the supply of tritium
All hydrogen atoms, regardless of the number of neutrons in its isotope (zero neutrons for protium, one for deuterium, two for tritium), would have only one proton.
Zr 94: half life 1,1.1017 years, double beta decay Zr 96: half life 2,0.1019 years, double beta decay
One
2
it was important because they wanted the bodies to be preserved well fr the afterlife.it preserves the body for many years and would not decay in its tomb.
Vienna ocean mean water has 1.85 +/- 0.36 x 10^-11 pmm of tritium
5,730 years