Are you referring to the biological energy transformations involved in the body of a person actually lifting a box?
Or are you referring to the act of imbuing an inanimate object with potential kinetic energy?
If it is the latter;
You are investing Potential Kinetic Energy in the box when you put it up on a shelf. If your body were 100% efficient, it should have expendeded as much energy in raising the box as the box then possesses.
Because the box can fall, it will have the potential to transform its potential kinetic energy into actual kinetic energy, by virtue of its mass and velocity.
It could do work, like falling on a lever which propelled a weight up a column and rang a bell on the top.
If it is the former... I don't know.
The K shell is first shell closest to the nucleus.
Depending on what the level is, it may start filling d orbitals, or start on a new shell with s orbitals available.
When you put vinegar in a naked egg the shell will decrease its shell then turning into a smelly egg
Electrons with different energy levels orbit in the different shells of the atom. The electrons located in the outer shell are called valence electrons, they have the most energy and are the ones who participate most in bonding.
Light is a visual manifestation of energy; resonation of particles at very high frequencies. Mass can become energy and energy can become mass, according to Einstein's relativity theorem. Imagine two substantial masses colliding at high speed. This would release enough energy to produce visible ligt.
It becomes a positive ion
It becomes a negative ion.
It becomes a negative ion.
It becomes a negative ion.
It becomes a negative ion.
It becomes a negative ion.
It becomes a negative ion.
It becomes a negative ion.
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When energy is added to an atom, the electrons move to outer levels of the shell. When they drop back down, they release the energy in the form of photons.
Formation of the cation (positive ion) Na+.
it becomes a positive ionit becomes a positive ion