Thallium 203 in my reference is stable. Thallium has many isotopes from Tl184 (11 sec half life) to Tl210 (1.30 min).
the overall atomic mass is 204.37, but for thallium 203 it is 203, and for thallium 205, it is 205.
Thallium has several isotopes, with thallium-204 being stable, while thallium-201, which is commonly referenced in decay discussions, has a half-life of about 73 hours. Other isotopes, like thallium-202 and thallium-203, have half-lives of 12.3 days and 46.5 hours, respectively. The decay time varies depending on the specific isotope in question.
(203 x 0.30) = 60.9 (205 x 0.70) = 143.5 60.9 + 143.5 = 204.4 The answer is 204.4 amu !
To determine how long it takes for 120 g of Thallium-208 to decay to 7.50 g, we first calculate the number of half-lives required. Starting with 120 g and reducing to 7.50 g involves a decay factor of 120/7.50 = 16. Therefore, it takes 4 half-lives (since (2^4 = 16)). With a half-life of 3.053 minutes, the total time for the decay is (4 \times 3.053 \approx 12.212) minutes.
No, thallium isotopes do not contain iodine. Thallium isotopes are variants of the element thallium, while iodine is a separate element with its own isotopes.
the overall atomic mass is 204.37, but for thallium 203 it is 203, and for thallium 205, it is 205.
Thallium has several isotopes, with thallium-204 being stable, while thallium-201, which is commonly referenced in decay discussions, has a half-life of about 73 hours. Other isotopes, like thallium-202 and thallium-203, have half-lives of 12.3 days and 46.5 hours, respectively. The decay time varies depending on the specific isotope in question.
(203 x 0.30) = 60.9 (205 x 0.70) = 143.5 60.9 + 143.5 = 204.4 The answer is 204.4 amu !
Thallium has two stable isotopes: Tl-203 (29.5%) and Tl-205 (70.5%). The percentages represent the relative abundance of each isotope in naturally occurring thallium.
101 and a half
To determine how long it takes for 120 g of Thallium-208 to decay to 7.50 g, we first calculate the number of half-lives required. Starting with 120 g and reducing to 7.50 g involves a decay factor of 120/7.50 = 16. Therefore, it takes 4 half-lives (since (2^4 = 16)). With a half-life of 3.053 minutes, the total time for the decay is (4 \times 3.053 \approx 12.212) minutes.
The most stable isotope of thallium is thallium-205, which has 81 protons and 124 neutrons. Thallium in its elemental form is a soft, malleable, heavy metal that is typically found in nature combined with other elements.
Thallium is a heavy metal that is known to be odorless. There is no distinct smell associated with thallium.
Thallium has an oxidation number of +1. Therefore, the formula for thallium carbonate would be Tl2CO3.
No, thallium isotopes do not contain iodine. Thallium isotopes are variants of the element thallium, while iodine is a separate element with its own isotopes.
I think thallium weight about 189
Thallium(III) Selenide