1. Physics
2. Quantum Physics
3. Schrodinger
4. 20716

This content was STOLEN from BrainMass.com - View the original, and get the already-completed solution here!

See attached

One isotope of beryllium Be undergoes beta minus decay with a half life of around 14 seconds, and thus creates a Boron atom. The boron atom is now ionized by removing several electrons such that it can be described as a 'hydrogen like' boron ion. State how many electrons it now contains and the symbol for this ion.

Using the Schrodinger atomic model write down a formula for the energy of each of the quantum states of this ion. The equation should include the principal quantum number n.

Attachments

• Boron isotope.doc