I made a hypothesis, a ridiculous hypothesis.

Next hypothesis tests.

Next hypothesis complexity.

Look for the cancer hypothesis and the not cancer hypothesis.

Conversely, if the null hypothesis falls outside, you don't believe null hypothesis and you accept the alternate hypothesis.

I favored the hypothesis.

I favored the hypothesis.

So that's the hypothesis.

AG Okay, hypothesis two.

There are also many ways to refine a hypothesis and reject a hypothesis.

That this Null Hypothesis is not a very competitive hypothesis sort of speed.

The result confirmed my hypothesis.

This data supports the hypothesis.

Let's check our individual hypothesis.

But this is hypothesis generating.

I made a radical hypothesis.

And so our hypothesis is

You implicitly had a hypothesis.

Of this first hypothesis here.

It's not the probability that the Null hypothesis, of the Null hypothesis being true.

If the hypothesis explains your observation, the hypothesis must be useful to make a prediction.

The facts bear out this hypothesis.

These facts bear out my hypothesis.

This is just a hypothesis but

AG Okay, that's a fourth hypothesis.

AG Okay,there's his fifth hypothesis.

If this is our hypothesis, we now must devise an experiment to further refine this hypothesis.

If they did, we refined our hypothesis. If they didn't, we came up with alternate hypothesis.

It's not the probability about a hypothesis, it's the probability about an observation given a hypothesis.

A theory is also particularly useful hypothesis because we refined the hypothesis until it becomes a theory.

And our null hypothesis is equals p 0.9 and our alternate hypothesis, if it doesn't work, as well as the null hypothesis, so p is smaller than 0.9.

We cannot conceive science without a hypothesis.

Our hypothesis is based on thorough experiments.

And that was actually my original hypothesis.

Last hypothesis is it the problem domain?

And he called it hypothesis free science.

Given that the null hypothesis is true.

The evidence makes them change that hypothesis.

So, as the experimenter you have to decide to reject the null hypothesis or retain the null hypothesis.

So, as the experimenter, you'll make a decision to reject the null hypothesis or retain the null hypothesis.

Set up an experiment and based on the observation, you either refine your hypothesis or you reject your hypothesis.

If the observation, however, is not in line with your prediction, then the hypothesis is rejected, and if the hypothesis is rejected, you need to come up with a new hypothesis, and this cycle going along from hypothesis through prediction through experiment through observation and gradually refining the hypothesis or coming up with alternatives.

The hypothesis is based on the thorough experiments.

Candor's conjecture became known as the continuum hypothesis.

We still have this hypothesis characterizing the error.