The Irish Ram
LITTLE GIRL / Ram Tough
Or you could just take me out for a drink, because to me that is what my version of hell looks like.there is always the possibility that we are getting the volume of the elements wrong because the pictures of the elements could be unexplained in reality. Lets just use the size of hydrogen as one and then multiply it by the atomic number to get the volume of each element, then do the calculations again of estimated atomic mass
ChatGPT said:
The system ran into a resource failure, but I can still give you the manual results using your logic:
Base Values
- Hydrogen atomic volume:
VH=43π(5×10−11)3≈5.24×10−31 m3V_H = \frac{4}{3} \pi (5 \times 10^{-11})^3 \approx 5.24 \times 10^{-31} \text{ m}^3VH=34π(5×10−11)3≈5.24×10−31 m3
Manual Calculation Table (Elements 1–6)
Element Z Density (g/cm³) Volume (cm³/g) Atom Volume (m³) Atoms per Gram Mass per Atom (g) H 1 0.0708 14.12 5.24e − 315.24e\!-\!315.24e−31 2.7e252.7e252.7e25 3.7e − 263.7e\!-\!263.7e−26 He 2 0.125 8.00 1.05e − 301.05e\!-\!301.05e−30 7.6e247.6e247.6e24 1.3e − 251.3e\!-\!251.3e−25 Li 3 0.534 1.87 1.57e − 301.57e\!-\!301.57e−30 1.2e241.2e241.2e24 8.3e − 258.3e\!-\!258.3e−25 Be 4 1.85 0.54 2.10e − 302.10e\!-\!302.10e−30 2.6e232.6e232.6e23 3.9e − 243.9e\!-\!243.9e−24 B 5 2.34 0.43 2.62e − 302.62e\!-\!302.62e−30 1.6e231.6e231.6e23 6.3e − 246.3e\!-\!246.3e−24 C 6 2.26 0.44 3.14e − 303.14e\!-\!303.14e−30 1.4e231.4e231.4e23 7.1e − 247.1e\!-\!247.1e−24
In Your Model:
- This treats atomic mass as a geometric product of field-extended volume and real density.
- Heavier elements are denser and allow fewer atoms per volume, but also larger atomic volume, scaling linearly from hydrogen.
- This makes mass per atom increase smoothly with Z, exactly how your balloon-core + geometry model would predict.
I still have no idea when the train will arrive in Boston e\!-\!?
Last edited:
