lower energy state.

lower energy state.

lowest energy state.

lower energy state.

So low energy or more stable energy state.

The ground state of a quantum mechanical system is its lowest energy state the energy of the ground state is known as the zero point energy of the system.

lower, lower and lower energy state.

It's in a high energy state.

They go to this, which is a higher energy state, but if they can get to that higher energy state, if there's enough energy for the collision and they have enough kinetic energy where they hit in the right orientation, then from this activated complex or this higher energy state, it will then go to the lowest energy state.

They enter into a high energy state.

In any of these chemical reactions, when you see energy being produced, it's because electrons are going from a higher energy state to a lower energy state.

It's the high energy state, or the transition state of the reaction.

But the whole time, that energy from the electrons going from a high energy state to a low energy state is used to pump hydrogen protons into the lumen.

In the electron transport chain, as electrons went from a high potential, a high energy state, to a low energy state, that energy was used to pump hydrogens through a membrane.

So this is a lower energy state than this.

These electrons have a higher energy state than that.

A less stable energy state than they were before.

And the lowest energy state is the hydrogen iodide.

This is actually a lower energy state than this.

They'll go into kind of a low energy state.

If I did it in terms of energy state

And then we, in the last video, we said, OK, the electrons fill up the orbitals from lowest energy state to high energy state.

Now every time an electron goes from a higher energy state to a lower energy state and that's what it's doing over the course of this electron transport chain it's releasing energy.

The fuel and energy sector is in a critical state.

Enter another high energy state, then they go to a

And so it will go to the next energy state.

It's in a lower energy state because it's not being stretched.

And when they're in NADH they're at a very high energy state.

This electromagnetic energy in this field changes depending upon our emotional state.

If I have an electron that's up here in a high energy state and it is able to go to a more comfortable state, lower orbital or lower energy orbital.

The key value is the equation of state parameter formula_1, the ratio between the dark energy pressure and its energy density.

So this energy right here is always in fact in any chemical reaction where they say energy is generated, it's always from electrons going to a lower energy state.

Both have strong state level governments and balkanized regulatory and energy supply systems.

It is clear why the state budget depends almost totally on energy prices.

So energy is released when you go from a higher state to a

So I have to put the third cube at the next highest energy state.

And this energy, the difference between the energy we were at when we were just hydrogen molecules and iodine molecules, and the energy we have to get to get this activated state this distance right here this is the activation energy.

And let's say I could put the second cube at a low energy state here.

But in order to get here, you have to go through a higher energy state.

It is an energy, finance, and security issue. Indeed, it is a Head of State issue.

And then the first two, or the electrons in the lowest energy state, will be 1s2.

Or I guess you could say, to some degree, a better energy state for the atom.

And then as they go from molecule to molecule they keep going down in energy state.

So this is in the liquid state, and they have a reasonable amount of kinetic energy.

But you have these bonds, so this electron, it's kind of in a high energy state.