Okay? Got it? We come to phase 3...

The second phase is in getting decision making power out.

We have to get to Phase 2 and Phase 3. It's going to take us a few years.

Negative 3 power, negative, negative 3 power. So at first, this might be daunting.

Phase

Phase

Phase

Phase

Phase

3 to the third power, 27.

3 to the fourth power, 81.

7 to what power is 3?

Now compare the Phase to Ground values against the Phase to Phase values

Now compare the phase to ground values against the phase to phase values

3 to the third power is 27.

The third power of 3 is 27.

So x to the negative 3, power,

So we have 3 to the second power, right? y is equal to 3 to the second power.

Now, we have 3 to the first power.

Phase 1 options

Phase 2 options

Phase 2 auth

In our video example the three Phase to Phase and three Phase to Ground values are acceptable

In this video example, the three phase to phase and three phase to ground values are acceptable

2 to the negative 3 power is one over 2 to the third power.

This color is hard to read. y is 3 to the negative 3 power.

Notice, this isn't x to the third power, this is 3 to the x power.

Phase 1 PEAP version

Phase 1 PEAP label

Phase 1 fast provisioning

Phase 2 auth eap

Phase 2 CA Cert

Phase 2 CA Path

Phase 2 client cert

Phase 2 private key

IPSec phase 2 established.

Authentication algorithm phase 2

Encryption algorithm phase 2

Authentication algorithm phase 1

Any Phase to Ground value that is larger than any of the Phase to Phase values is potentially a problem

Any phase to ground value that is larger than any of the phase to phase values is potentially a problem

So his calculation was the same as 3 to the power 15, to the power 13.

That's the same thing as to the negative 3 power.

We just have to raise to the negative 3 power.

Now, here, y is going to be 3 to the negative 4 power, which is equal to 1 over 3 to the fourth power.