When t is equal to infinity, what is x?

And an e to the minus googolplex is an even smaller number.

The answer is 0.

I'm going to write it in quotes.

And then you have to evaluate that from 0 to infinity.

So we're going to evaluate this term right here from 0 to infinity.

So, even though we're familiar with only a few irrationals,

There's finite series, and infinite series.

Remember that the width of the confidence interval decreases with the n.

So as x approaches infinity.

And you can't really simplify this anymore.

There's more. We just pointed out that the set of decimal numbers

So if x with a infinity would go to zero because it is a constant

Well as we approach infinity, e to the infinity just gets bigger and bigger and bigger, right?

You have an infinite number of possibilities here and an infinite number of possibilities here.

let me rewrite the whole thing.

This is what you approach as x approaches infinity.

They are constant with respect to t.

Its storage is functionally infinite.

Although, this isn't a 100 percent.

So in order to figure out which one of these this is, let's just think about what happens as x becomes infinitely large.

The possibilities are endless here.

And then an even bigger one by making the set of all the subsets of that one. And so on.

Well x is, you know, infinity minus any constant is still going to be infinity, or if the limit is t approaches infinity, x is still going to be infinity here.

The Friedmann Equation is now shown here, and this time, the square of the time derivative scale factor is positive.

But the boundary stays.

I'm focusing so much not to make careless mistakes.

Recall we've got this new exciting rule, subject goes to subject and subject.

Does anyone want to guess what it is?

And I hope you understand what I'm saying, right? e to an infinity negative number approaches 0, while e to an infinitely positive number is just infinity.

Z approaches zero and as

Actually it's worse than that.

I wrote a little bit bigger than I wanted to, but that's OK.

X is

So anyway.

So let's do that.

The correct answer here is no.

So let's see if we can simplify this.

It includes negative 15.

So minus this part.

So what happens as this term, right here, goes to infinity?

When you say yes to things, you embrace the possible.

And, once again, I always forget the formulas.

infinity

forever