They had zero impact on energy consumption.

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

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.

And the difference between this state and this state is zero. so this difference, here, is going to be zero the reward is zero, and so there's going to be no update to this state.

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.

We get a reward of zero in the old state.

And essentially bring the molecules into a higher energy state.

So you're saying, Sal, what does that mean, higher energy state?

Say the value of the goal state is defined to be zero.

The earliest start time of the start state is defined as being zero.

When it's in the equilibrium state, the Virial theorem state, tells you kinetic energy will be 1 2 the potential .

We also used straw bale infill for our library, which has zero embodied energy.

And the table of numbers, we're going to start at zero, saying we visited each state a total of zero times.

Even worse, with our intention of trying to make buildings move towards a net zero energy state, we can't do it just by making mechanical systems more and more efficient.

Within our ambit after this carbon half building is a plan to make a zero energy building using a lot of natural energy.

The word building isn't visible in this slide, but it's zero energy building or ZEB.

So, if we measured zero point zero zero seven zero zero kilometers.

So what's zero, plus zero, plus zero, plus zero?

Zero plus zero plus zero ten times is still zero.

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

1, zero, minus 1, zero, 1, zero.

So 1, zero, minus 1, zero, positive, zero, negative, zero, positive.

One, one, point zero zero one, zero zero one, dot dot dot.

Sine of zero is zero, so minus zero is still zero, so this is zero. f prime prime of zero.

When you put me in a plane you have put me in a higher energy state.

How many 5s have I seen? Zero, zero, zero, zero, 1, 2, great.

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.

So now, we've transitioned from a zero to ½ so how are we going to update this state?

So, times zero, times zero.

Anything times zero is zero.

Zero times 3 is zero.

Sine of zero is zero.

Energy Return on Energy Invested.

The reward in the old state was zero plus the difference between these two, which is 1 minus ½.

Zero

Zero

Zero.

Zero.

So four plus zero plus zero.

And you get six zero zero.

Zero times twenty five is zero.

So, anything times zero is zero!

Eight point two five minus zero point zero one zero five.