the overall Atomic Mass is 204.37, but for thallium 203 it is 203, and for thallium 205, it is 205.
(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 203 in my reference is stable. Thallium has many isotopes from Tl184 (11 sec half life) to Tl210 (1.30 min).
205
You would add 200+203+209 and get 612. Then divide 612 by three. (612/3) to get that the average atomic mass is 204.
It is equal to 92.08 kilograms approximately. Kilogram is the metric unit and pound is the imperial unit for mass. 1 Kilogram is 2.204 pounds. So we multiply pound by 0.4535 to get the equivalent kilograms.
(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 203 in my reference is stable. Thallium has many isotopes from Tl184 (11 sec half life) to Tl210 (1.30 min).
205
They are 203 lots of the Imperial unit of mass.
You would add 200+203+209 and get 612. Then divide 612 by three. (612/3) to get that the average atomic mass is 204.
203 pounds = 92.0793kg = about 903 newtons.
I'm not sure, but i think it's 32, but don't count on it.
The molar mass of magnesium bromide is approximately 203 g/mol.
route 203 (mass outbreak).
approximately 203 (203.25 to be exact)
Copper (used in the treatment of cancer), Iodine (used in diagnostics) and 14C (used in radioactive dating/carbon dating)
35% of 203 = 35% * 203 = 0.35 * 203 = 71.05