The mass of 100 trillion Uranium 238 atoms can be calculated by using the atomic mass of Uranium 238, which is 238.03 grams per mole. This means that one mole of Uranium 238 atoms has a mass of 238.03 grams. To find the mass of 100 trillion atoms, we can use the formula: mass = number of atoms x atomic mass. Therefore, the mass of 100 trillion Uranium 238 atoms would be 238.03 grams x 100 trillion = 2.38 x 10^16 grams.
The atomic mass of Uranium 238 is 238.03 grams per mole. This means that one mole of Uranium 238 atoms has a mass of 238.03 grams.
There are 238.03 grams in one mole of Uranium 238 atoms. This is the standard atomic mass of Uranium 238, which is the average mass of all the naturally occurring isotopes of this element.
Yes, the mass of 100 trillion Uranium 238 atoms can be measured in other units such as kilograms, milligrams, or even pounds. It all depends on the unit of measurement that is most appropriate for the given situation.
The mass of 100 trillion Uranium 238 atoms is a very small amount compared to other objects. For example, the mass of a human body is estimated to be around 70 kilograms, which is equivalent to 70,000 grams. In comparison, the mass of 100 trillion Uranium 238 atoms is only 2.38 x 10^16 grams, which is a very small fraction of the mass of a human body.