You know you’ve been there, you’ve done that, you know what to expect.

Now it’s time to find out how to interpret the signs and how they align with the major planets.

But what about the planets around the sun?

Are they in sync with one another?

What about those in the solar system, the ones that are far away from us?

And what about planets in our own solar system?

You know how in our solar system there are planets that are really close to us?

You see how close they are to us.

But the planets in the inner solar system are so far away that they’re not really in sync.

So what can you do about that?

Well, if you look at some of the major stars, you’ll notice that they all have some aspect of being aligned to the sun.

But what about all the planets?

There’s one star in particular, called the Sun-Earth-Venus system, which is very close to the Sun.

It’s a very big star, which means it’s very bright and that’s the reason it’s called a supernova.

It was a supernovae that exploded and was very bright, and there was this massive star that exploded in its core.

And it was incredibly hot.

So the core of that star is surrounded by a cloud of gas that has an incredible amount of energy.

It has this magnetic field.

And so when it was supernova, there was a lot of hot gas in the core.

The magnetic field from the star would pull that gas outward.

The gas would cool, and the core would expand.

And this expansion would then produce a new star.

And we now have the Sun, the Sun itself.

And that’s why we call the Sun “Earth.”

Because of the Earth, all of Earth’s planets, including the ones in the outer solar system were created by the same process.

And the Sun is a kind of a supermassive black hole, which has a lot more mass than the Sun does.

And there’s an amazing amount of heat that’s been created in the black hole.

And that’s what gives us the Sun and Earth.

And the Sun’s magnetic field is just a small part of what’s really happening.

When you think about it, it’s not so different from how gravity works in a planet.

So there’s some sort of gravity in a star, and gravity is just the way gravity works.

And gravity works because there’s a bunch of other forces that are pulling the star’s gravity toward the center of the galaxy.

So you can think of the star as having a huge gravitational field.

There’s this gravitational pull on the star.

That’s what creates the gravity of the Sun that we call gravity.

And what happens when a star has too much energy?

When it’s supermassive and hot, it can lose some of its gravity and instead be pulled in all directions by these gravitational forces.

So a star like our Sun has too many planets, and it has too little gravity.

So what’s happening?

The Sun’s gravitational pull is pushing the Earth toward the Sun in a direction that it’s already pulled in by the Earth’s gravity.

The Earth is just sitting there and watching the Sun pull toward it.

And at the same time, the Earth is sending its own gravity toward that star, because of the extra gravity that the Sun has.

And what happens to that extra gravitational pull?

When the star is supermassive, it just blows the Earth apart.

So that extra force pulls the Earth inward.

But that Earth is already in a position where it can’t move any farther because it’s so close to that supermassive star.

So the stars in the Sun are just like planets.

They’re just like this massless mass, just like the Earth.

They have this tremendous amount of gravitational pull.

But they’re just very close together.

So when the Sun gets too hot, the extra mass is too much for the star to hold onto, and when the star gets too massive, it loses too much gravity, and then the star loses its gravity.

But in the process, it produces a lot less heat.

And when that happens, the star goes supernova and explodes.

And all of the planets that orbit around the Sun just kind of evaporate.

So now you know that the planets are all aligned with the Sun by a small amount.

But how do you interpret the planets when you don’t have a telescope?

Well you can’t just look at the planets and see what they look like.

You need to get out into space, and you need to use your imagination.

And here’s what I mean by that.

When I was a child, we used to use maps to track our planets.

But nowadays, we have all sorts of data, which makes it hard to interpret what’s actually going on.

For example, the moon is just about as far away as you