Final answer:
The atomic mass of 2C3H6O2 is approximately 62.0682 amu.
Step-by-step explanation:
The atomic mass of 2C3H6O2 can be calculated by adding up the atomic masses of each element in the formula.
There are 2 atoms of carbon (C), with an atomic mass of 12.011 amu each, so the total atomic mass for carbon is 24.022 amu.
There are 6 atoms of hydrogen (H), with an atomic mass of 1.0079 amu each, so the total atomic mass for hydrogen is 6.0474 amu.
There are 2 atoms of oxygen (O), with an atomic mass of 15.9994 amu each, so the total atomic mass for oxygen is 31.9988 amu.
To find the atomic mass of 2C3H6O2, we add up the atomic masses for each element:
Total atomic mass = (24.022 amu) + (6.0474 amu) + (31.9988 amu) = 62.0682 amu.
So, the atomic mass of 2C3H6O2 is approximately 62.0682 amu.