So let's add the Moon Let's duplicate this slide once again and delete all all the titles
OK.
Now let's also rotate earth a little bit just to show that we rotate in it every time.
Let's put it somewhere here in the corner.
And now let's insert the 3-D model of the moon.
I don't even know which one to choose.
Moon or the moon.
That's not very helpful.
Let's try this one.
OK this is good.
So this is how we usually see the moon.
Something like this.
It's also not very easy to rotate it because sometimes I want it in a certain position and it doesn't
work in this position.
And what they were.
OK let's leave it like this.
Let's position it here.
So we want to make the moon appear so let's copy it from the final slight to the previous light and
put it outside of this light again like this.
So you see first from here we'll go more on the left and the moon will appear here.
And now since we are making this big transition let's also change the position of our background slightly
just to show some movement so we can position it more on the right like this.
For example let's see what happens.
I don't know let's Discover has one moon.
All right.
OK.
Slight mistake here.
But the idea is good.
Let's also rotate the moon.
OK.
So let's rotate it
like this
which is fake obviously because the moon doesn't work this way for dates and different way around the
Earth stays.
It's tightly locked.
So.
All right.
So this is our moon and maybe you know what.
Let's also illustrate the fact that it's tightly locked.
Let's make them rotate around each other.
So let's duplicate this light let's keep Earth rotating like this a little bit.
And let's put it here and now let's rotate the moon so it fits exactly the other side of the earth.
Let's see what happens.
Now that kind of makes sense you can kind of realize that the moon is slightly locked to the earth.
All right.
We can also move the background once again.
Let's put it down a bit on the left.
It doesn't even matter how you move it it's just that any movement itself looks really cool.
All right.
OK this is good.
And now finally once we are done talking about this let's zoom zoom to Mars.
So let's duplicate that slide and let's make the moon and the bird go away from it.
De while rotating a little bit just for the animation like this.
And now let's add 3-D model of Mars.
This one here
OK so I actually have to add this model on this flight here because this is where Mars is going to appear.
So we want to make it big.
We want to show the violence mercenaries NARIS and Tarses Bolch.
So this is a valid imaginaries and this is the Tarses Baulch.
It's really cool.
And also put a little bit down so we can see the polar caps.
So put it here and now on this flight.
Let's make it sort of correctly
so like this.
Now let's make it extremely small.
And if we manage to let's position it outside of the slide here.
So let's see what happens.
All right.
Almost there.
It looks awkward because we already see Mars before Earth and Moon disappear.
So let's push them even further.
So yeah if you work and if you do this kind of things was the morph transition.
Like I said we'll be working a lot outside of your slide.
So
yes the lady looks better and of course we can change the background and make it zoom in like this and
see if the quality remains.
Let's see what that does.
All right.
And now we have Marce which is not where well positioned.
But that's not the big deal.
So as you can see on my screen PowerPoint already starts to be a bit slow.
We can see a drop in frame rate.
And this is mostly due to the power of my computer which is actually powerful but now we have a bit
too many 3D objects and stuff happening on the slides.
But it's not the problem when you will register your timings and you when you will export the final
video and none of this will be seen.
It's normally supposed to still work correctly and you will not see this little frame rate problems.
So let's watch this from the beginning.
So Earth the only planet in our solar system which harbors life because it has liquid water and also
has a magnetic field and it has one moon.
And by the way the proportion between the planet and the moon is the biggest one among all the other
planets of our solar system which is pretty unique.
So let's take a look at this moon.
Here it is.
The moon rotates around Earth and it's tidal locked.
So that's why we always see the same side.
Now let's take a look at Mars.
Yay.
All right.
Really cool.
So we can also keep going like this and do Jupiter and do Pluto.
And there are many other planets which have their 3-D models created inside PowerPoint but also I think
you've got the point with this very ground movement that I'm doing and the general placement of objects
outside of the slide and then making their transitions using more a transition here which is really
really cool.