2. Determine the relative abundance of isotopes of vegium.

3. Calculate from experimental data the atomic mass of vegium.

A sample of vegium on a plastic cup small-scale balance

1. Weigh all the beans, all the peas, and all the corn.

2. count all the beans, all the peas, and all the corn.

3. Divide all the mass of each by the isotope (beans, peas, and corn) by the number of each isotope to get

4. Divide the number of each isotope by the total number of particles, and multiply by 100 to get the

7. Add the relative weights to get the average mass of all particles in vegium, the "atomic mass." Note:

experimental data the atomic mass of vegium, we answered that question successfully. And in the second

determining, we determined the relative abundance of isotopes successfully.

Alternatively, you might weigh a portion of your vegetables, say half, and then multiply your result by two

sample of beans might be too large to weigh on your balance. You might solve this problem by making

proves that somewhere down the line, we didn’t calculate right. The probable cause for this is that we

Some topics in this essay:
Mass Objective, Relative Weight, Total Mass, relative abundance, Relative Abundance, beans peas corn, beans peas, atomic mass, mass isotope, average mass, peas corn, Adul-Wandi Chemistry, relative abundance isotopes, data atomic mass, average weight, average mass isotope, weight isotope, experimental data, mass vegium, atomic mass vegium,