Drag the appropriate labels to their respective targets.

If I was to write out an electron configuration, I would write out one us, too, because we have two electrons in the entire system. I'll just returned to again here, in case you haven't seen it so with helium. So my example in a previous podcast was helium. So if we were to look at this information in the context of orbital diagrams, it's essentially displaying the same information in a different manner. insoluble in water higher the process of converting unsaturated fats into saturated fats lower the melting points of saturated fats compared to unsaturated fats hydrolysis a source of most saturated fats animals a characteristic common to most lipids plants the product of reacting a.

It was Valence electrons in the forest to four Pete, too. Drag the appropriate labels to their respective targets. With our electron configuration, we have to impound electrons because you have a Group four elements. Next we've got s are fills up to KR in the five best to that group. So you can see that we have seven valence electrons are we have one on pad electron. Next, we've got idea in Filled, which is group seven. Of course, we've got eight Valence electrons and to us to to be six with no one paired Electrons. We've got neon, We've got our configuration. So these come participate, end formation of chemical bonds and determines and atoms reactivity so fast. This is the electrons that are in our autumn OSHA with our highest principal quantum number count.

Weapons on the same page, or valence electrons, which is what will be identifying in this problem as well. So moving on now, just one more piece of contextual learnings. What energy level in more orbital? In what order? All on a relative energy scale, of course. This just tells us exactly where we're putting our electron. So electron configurations are it in, as in accordance with the off about on mandolin principles. This is the distribution of electrons of an atom or molecule in an atomic or molecular orbital. Going on with our electron configurations Head.