AISubs v3.5
Even though we live our daily lives as if it's normal, we don't seem to know about Earth.
Today's theme is Earth, which was born from a series of miracles.
A meteorite as large as Mars collided with Earth and Earth was born.
On top of that, didn't life exist if the distance from the sun was different?
There are dozens of so-called "second Earths".
The studio is very excited about the truth of meteorite collision!
The 10th special instructor is Mr. Naganuma Takeshi, a biologist and professor at Hiroshima University, who appeared for the 8th time this year.
He himself loves space and took a space flight instructor exam. He is truly a master of space.
Look at his space-like tie.
So stylish.
Space itself.
So stylish.
Mr. Akiyama really needs this program.
Why?
Because you are amazing.
Mr. Akiyama, actually you look like this and there are cute and stupid parts.
There is Ghana chocolate.
Until last year, Ghana chocolate was sold only in Okinawa.
Mr. Akiyama, you are on this side today.
I am embarrassed.
You are on this side.
I am embarrassed.
As always, you are looking away.
I am looking away.
Please pay attention to this area.
I am looking away.
Mr. Akiyama, you can see everything.
I can't see it.
You can see this area, right?
I can't see it.
Mr. Akiyama, how much is this?
Three?
Can you see it?
I can see it.
You are looking away.
I can't see it.
You are really looking away.
Mr. Akiyama, let's start with basic information.
Let's know the position of Earth.
I see.
We all know it, but there are many things we don't know.
Let's learn from the positional relationship.
First, this question.
The distance between Earth and the Moon is about 380,000 km.
Then, the distance from Earth to the Sun is...
Can you see it?
I can see it.
I think you learned it in school.
Can you see it, Kanagichi?
One million km.
It's about three times.
How much distance is there?
Nagisa?
Two kilometers?
Don't blame me for two kilometers.
Have you ever heard of two kilometers?
How about this?
Mr. Akiyama, let's know the answer.
Earth and the Moon.
It's about 380,000 km, right?
Yes.
It's close.
Let's assume that the distance between Earth and the Moon is about two centimeters.
Two centimeters.
If we take 380,000 km as two centimeters...
It's more than two centimeters, but let's say it's two centimeters.
Then, the Sun comes like this and like this...
Wow!
It comes like this and like this...
Around here.
At this timing?
Wow!
It's about Nagisa.
Wow!
It's far!
If it's about Nagisa, how far is it?
It's a good number, isn't it?
Yes.
It's about one million and five thousand kilometers.
Wow!
It's quite far, isn't it?
Yes.
It's about Mr. Akiyama's eye distance.
Am I in the frame?
I think you're in a great frame.
How big is it?
Well...
What I'm showing you now doesn't represent the actual size.
If I were to tell you the actual size...
Let's say the Earth has a bead ball.
Then, the Sun...
No way!
Wow!
It's huge!
Yes.
It's like this.
Wow!
It's so different!
Wow!
The Earth has a bead ball with a diameter of 1.5 centimeters.
Yes.
The Sun has a bead ball with a diameter of about 100 times 1.5 meters.
Wow!
The diameter of the Earth...
Yes.
It's a bead ball, but...
It doesn't matter.
Yes.
Everyone calls it "diameter", doesn't they?
Yes.
If you're smart like Mr. Akiyama, you can call it "diameter".
Diameter.
I'll learn from you.
Diameter.
It's both hot and bendable.
It's about 109 times bigger than the Earth.
Wow!
It's about 100 times bigger than the Earth.
It's very big.
Now, we have a questionnaire from NMB members asking Mr. Naganuma about the mysteries of the Earth.
Let's take a look at the questions.
First of all, Sayaka seems to have a question.
Yes.
Stars and other things like the Earth are all obviously spheres, aren't they?
Yes.
Can they exist in space other than spheres?
I see.
Yes.
Like squares and ovals.
Yes.
Squares and ovals are quite difficult.
Don't make fun of me like that.
I see.
Don't make fun of me like that.
If you call it a planet, it has a definition or a rule.
When it gets bigger to some extent, gravity comes out.
Gravity.
A planet is something that has become round because of gravity.
A planet that is small, has low gravity and is soft is called a "small planet".
I see.
A planet that can be called a planet is round in general.
Yes, it is round.
What is the position and size of Earth?
Now you know, don't you?
From now on, we will take a look at the events that have happened since the birth of the Earth according to chronological order.
Let's start with this question.
About 4.6 billion years ago, what was born when a giant meteorite collided with Earth?
Oh, Ruka, you are fast!
Continent?
The moment it exploded...
Continent, I see.
Nagisa!
Big Bang!
Rika-nyan!
Adam and Eve.
You are fashionable!
You are fashionable, Rika-nyan!
Yamana!
If this was something necessary for Earth...
Guts pose!
If the collision was positive for Earth, then the first thing that was born was a guts pose!
That's not true!
First of all, humans should not have been born!
Now, shall we announce the correct answer?
The correct answer is...
Moon!
You didn't know about this, did you?
Moon!
Teacher, shall we explain?
Yes, that's right.
Yes.
A long time ago, a large meteorite collided with Earth and the fragments scattered in space.
The moon is the result of that.
So, originally, moon's matter is the same as Earth's?
That's right.
So, Moon was also Earth?
Yes.
Then, is there a sea in the moon?
Well, water is certainly in the moon, but a little...
There is not enough to make a sea.
By the way, how big of a meteorite collided with Earth?
There are various theories, but I think it was Mars.
Mars is about one-tenth of Earth's mass.
It's not that big of a planet.
Yes.
But even so, it's a planet about Mars.
That's ridiculous.
It collided with Earth and the fragments scattered.
That's the original beginning of the moon.
Both of them are likely to explode.
If the angle of impact is really right angle or front collision, it will be a big deal.
But the angle of impact happened to be diagonal and shallow, so it scraped the surface of Earth.
That's about it.
What do you call this, professor?
This is "giant impact".
A moon born from a meteorite about Mars colliding with Earth.
If the angle was wrong, Earth would have been gone.
From now on, we will look at various events that happened on Earth in chronological order.
First of all, the universe born with a big bang 13.8 billion years ago.
You know this, don't you?
And 46 billion years ago, 90 something billion years ago,
"00" was born and "00" was born.
Shall we say the question?
I know.
Do you know, Miyuki?
Adam and Eve.
Adam and Eve haven't been confirmed yet.
I'm not stupid.
She says she's not stupid, but she's as stupid as you are.
I took it with me once.
If you find it lower than me, you'll regret it.
Akiyama-san, what do you think it is, by the way?
Adam and Eve.
It's too late! Don't be stupid!
Are you watching, Sensei?
Yes, I am.
The sun.
First of all, the universe was born 13.8 billion years ago with something called "the big bang".
Then, after some time, 46 billion years ago, the sun was born.
When the sun was born, almost at the same time...
The earth.
Yes, that's our earth.
When it was born, it was about the same, wasn't it?
Yes.
Almost at the same time...
And then, about Mars-sized meteorites collided with the earth...
That's the "giant impact".
Yes, that's right.
Ah, I see.
These three events are almost at the same timing.
Yes.
And then, from 41 billion years ago to 38 billion years ago, there was something called "high-energy heavy bomb".
It sounds like a scary name, but what is it?
Well...
It's scary!
Well, the earth itself is a planet made of some meteorites.
It had a "giant impact".
But after that, once it calms down, it comes back again.
Big meteorites keep falling on the earth.
When one of them falls, a hot wind of about 1,000 degrees is blown all over the earth.
All over the earth?
Yes.
Then, the sea boils, doesn't it?
And then, all of the newly created seas boil and evaporate.
And then, new life is born.
All of those new life were burned to death.
Even though they were born?
Yes.
I think it's an era where life is born and then burned to death, and then born again and then burned to death repeatedly.
So, it's about 30 billion years ago.
That's right.
Among those who survived and survived, cyanobacteria with plant ancestors were born.
Cyanobacteria.
Yes.
First of all, let's see what cyanobacteria look like.
Yes.
I'm looking at it with a microscope, but it's actually smaller.
It's the one that comes out with a fashionable bar, isn't it?
It's different from the thin one with pasta.
There are also such thin and long ones.
Or so-called single cells, there are many round single cells in such a state, and there are various things, but this is a really small question, but on the contrary, we breathe out carbon dioxide and we breathe out the oxygen we need.
It's really the same as plants, isn't it?
How was the earth? Was there a lot of oxygen and carbon dioxide?
At first, the air on earth is about 100 times thicker than the current air, and most of it is, surprisingly, carbon dioxide.
In fact, this oxygen, to tell you the truth, is poisonous.
Oxygen itself is necessary to burn things, isn't it?
If this air is 100% oxygen, even if you light it up a little, it will burn all over the earth.
To tell you the truth, it's not a fire, but there's a little earth fire like this on the surface of the skin all year round.
Is there a fire?
It's called carbon dioxide in science, but there was no oxygen on earth at first.
For the animals at that time, oxygen was already poisonous.
I see, because there are no animals that need oxygen.
Yes.
Among them, an animal that invented using oxygen for breathing came out.
Yes.
This came into our ancestors.
What?
It's called mitochondria now.
You may have heard of mitochondria.
I've heard of mitochondria.
It's still in our cells.
Let's take a look.
It's like this.
How about you, Mitochondria?
I don't want it.
You didn't have it, did you?
I'm sorry.
It just came to me.
This mitochondria is still in your cells.
No, I want to take it out.
You want to take it out?
You'll die.
If you take out mitochondria.
This is like I said before, an animal's oxygen.
That's right.
It came into our ancestors and we breathe oxygen now because of mitochondria.
We can't do it without it.
Mitochondria.
Due to the birth of two microorganisms, many organisms still live on Earth today.
But the path to get here wasn't easy at all.
It was a series of miracles that only God could think of.
From now on, let's take a look at the miracles of the earth.
The first one is this.
The existence of Jupiter is a miracle.
If Jupiter didn't exist, the earth would be in trouble.
If Jupiter didn't exist, what would happen to the earth?
"something" would "something"
"the earth" would "rotate"
"it" would "rotate" at super speed.
It might exist.
Ah, Mirki.
Yes?
Would aliens go "around the clock" a lot?
"around the clock"?
Would they focus on Japan? "around the clock"!?
What is Jupiter?
Jupiter...
Umm...
Have you heard of "subterranean wood"?
Yes, I have.
You know it?
I learned it.
Jupiter of that is...
Should I not explain it like this!?
It can't be.
What's wrong?
My mom always gives me a refill.
No, it can't be.
It has nothing to do with it.
My mom doesn't give me a refill.
Let me announce the correct answer.
The correct answer is...
The meteorite always collides.
First of all, if there were no Jupiter,
the number of meteorites falling on Earth would probably be 1,000 times or more.
It's 1,000 times, 1,000 times.
If it falls at a frequency of about 1,000 times,
it will exterminate dinosaurs and so on.
It's dangerous for humans, too.
That's right.
What do you mean by Jupiter is preventing it from happening?
Jupiter is the largest planet in the solar system.
Jupiter attracts small pieces of rock like meteorites because of Jupiter's size.
Jupiter acts as a so-called "guard".
Without this "guard"...
Jupiter is inside of Jupiter, right?
Yes, it is.
By the way, aren't there meteorites from the solar system?
Jupiter is over here.
That's right.
The gravity is proportional to the size of Jupiter.
99% of the weight of the solar system is concentrated here and concentrated in the sun.
But the sun pulls everything.
So it's not easy to go outside of the sun.
Due to Jupiter, the largest solar system planet on Earth,
the amount of meteorites falling on Earth is decreasing.
Here is the next miracle on Earth.
The distance between you and the sun is a miracle.
You remember the distance between you and the sun, don't you, Nagisa?
One hundred and fifty million.
One hundred and fifty million is correct.
I thought it would be better if you said "k".
It's okay, it's okay. One hundred and fifty million, right?
Is this distance a miracle, professor?
Yes, it is.
Well, if it's close to the sun, it's too hot.
And if it's too far away, it's too cold.
It's just a good distance.
What is a good distance?
The water on the surface of the earth is neither ice nor boiling.
I see.
The water is still water.
It's a good distance, isn't it?
Because water is water
It's like "Because you are you"
Because water is water
You were only strong in your heart.
You sang with a great feeling.
Are you okay?
Distance is important, but let's take a look at this.
If the distance between the sun and the earth was 2% off, creatures would not exist.
This is a 2% deviation.
2% deviation.
By the way, what does this mean?
The place where water is water is a very narrow range.
If you shift this range...
You are telling Milky "Here you are."
You said it to me.
You said it so strongly that I wanted you to say it again.
I'm sorry.
I didn't notice.
I'm sorry.
Look at this figure.
This is the distance from the sun.
There is our solar system's sun here.
There are various distances.
Mercury, Venus, Earth, Mars...
This blue part is the range where water is water.
Because water is water
All right!
There is only one fan of this.
The risk is too high.
Venus and Mars are separated from this zone, so there is no water.
If Mercury deviates even a little bit, water comes out of it.
There is a theory that water comes out of it only by 2%.
There are various theories.
Isn't it dangerous if water deviates even a little bit?
Yes.
We call this blue zone "habitable zone."
"Habitable" means that living things can exist.
We just did it here.
Earth and the moon are lined up here and the sun is at Mr. Nagi's place.
If water deviates even a little bit, how much water should not come out of it?
It's only 2%.
It should be about 16 centimeters.
16 centimeters?
Is it dangerous if water deviates only 16 centimeters from this distance?
Yes.
This is a big miracle.
I see.
If there is a planet in this "habitable zone," there is a high possibility that life exists.
We know that there are planets in other planets, too.
There is a planet smaller than our sun.
We know that there is a planet in that planet, too.
There are planets in this "habitable zone," too.
What?
There are planets in "habitable zone," too?
There is a second earth.
What?
It's already been discovered.
There are dozens of second earths.
There are many first, third and fourth earths.
Didn't you go to look for it?
I saw it with a telescope.
There are many planets in "habitable zone" that have been confirmed.
Is there life like earth in it?
I'm looking forward to your research.
Next is...
The existence of the moon is a miracle.
The moon was formed by a giant impact.
This is also a miracle, isn't it?
Yes, it is.
A large meteorite collided with earth.
If there was no meteorite, what kind of world would earth be in?
Saipi?
It's dark.
Chuu?
I'm not looking forward to the moon.
You don't look forward to drinking alcohol while eating dumplings.
Let's look at the world without the moon.
If there was no moon,
the earth would not be unstable for 24 hours a day.
What do you mean by "the earth would not be unstable for 24 hours a day"?
The earth is rotating 24 hours a day.
24 hours is a coincidence.
If there was no moon, it would have been faster.
On the contrary, it would have been slower and stopped.
For example, a hammer-throwing player turns the hammer in a circle.
It's like that.
If there is no moon?
If there is a moon.
Since the hammer is turning in a circle, the person in the middle is also turning in a circle.
Because of that, the earth is rotating.
If there is no moon, it may eventually stop.
I see.
It's easy to understand now.
Most planets are rotating,
but thanks to the moon, the earth is rotating stably.
But if there was no moon, it may have been difficult.
This is what will happen to the earth.
As I said, one side is facing the sun all the time.
It's day forever.
The other side is all night.
The earth is spinning now.
But if it stops, my side is all night.
This side is exposed to sunlight and water evaporates.
Everything becomes desert.
The evaporated water becomes water vapor and goes to the sky.
What goes to the sky always moves from the hot side to the cold side.
Then, everyone on my side freezes and stops there.
All water comes this way and ends.
There is a place with a little color in between, isn't there?
If you say so, there is a twilight zone between eternal day and eternal night.
What is it?
It may be fashionable now.
If you say so, it is a state of dawn or sunset.
It may be a good deal.
It's just enough for people to live.
But that's all it's going to be.
If you say so.
As soon as you say it, it looks like an eyeball.
Eyeball earth, eyeball earth.
I see.
Now, it's time, isn't it?
A question about this time.
Fu-chan.
Yes.
Well, the earth is spinning like this all the time.
Why are we able to live without turning our eyes?
Yes, teacher.
May I ask you a question?
Well, we are riding on the earth, aren't we?
We are moving with the earth, so we are actually moving, too.
What?
Of course.
The earth is spinning now, isn't it?
Yes.
It spins once every 24 hours, doesn't it?
The orbit is 40,000 kilometers a week.
It's the same as traveling 40,000 kilometers in 24 hours.
But why can't we turn our eyes?
Because we are moving together all the time.
Like riding a train?
Yes, yes.
That's right.
Really?
Why are you suddenly looking at me like that?
Even though you are stupid.
Does it mean that if we stop the earth for some reason, we will move for a moment?
That's right.
What?
Because if it's only the orbit, it's 460 meters per second.
It's fast.
460 meters per second.
If it's 1,700 kilometers per hour...
1,700 kilometers!
It's six times that of the Shinkansen.
What?
If we stop now, it will be six times that of the Shinkansen.
We will be excited.
We will be scared.
All of us.
It's the third time, isn't it?
We will be excited.
I know you will be excited.
No, we will definitely hit a wall.
We will hit a wall.
The other side will go like this.
It's noisy.
In fact, it happens everywhere.
Yes, everywhere.
That's dangerous.
For example, if you are at the equator...
It's 460 meters per second and it's moving.
It's 40,000 kilometers per hour.
But if you are at the north pole...
It doesn't move even a millimeter for 24 hours.
It's stopped.
So, when this equatorial person suddenly raises his hand somewhere in the north pole...
It's floating.
I see.
At that speed...
It will go like this.
Let's go to the second one.
What doesn't happen?
Teacher, this is...
The waves of the earth's sea...
One of them is caused by the wind.
The other one is caused by the tide.
Of course, if there is no moon, the tide will weaken.
In fact, the water is pulled by the moon to happen.
Is it pulled by the gravity of the moon?
Yes, it is.
For example, there is the moon here.
The moon spins around the earth.
The water is brought closer to the moon.
If there is no waves, what affects it?
It's surfing.
Teacher, isn't it?
That's all?
What are you talking about?
You don't surf.
I'm talking about surfing.
You don't surf now.
What affects it?
If there is a tide...
Or between tide and tide...
It's called "surfing body" in science.
It's like a living being's paradise.
Sometimes, it's covered by water.
Sometimes, it's pulled by water.
If there is a water outflow...
Of course, there is a food outflow.
The waste water is washed away.
Or...
When life was born on earth in the past...
We don't know where life was born in detail.
But there is a theory that the first life was born where the waves brought and brought back.
The last one is unstable.
Keiichi has a question.
Why is there spring, summer, autumn and winter seasons on earth?
I see. There is a reason why there are seasons.
Here is an earthenware.
This earthenware is tilted, isn't it?
From normal to natural.
It's tilted.
The earth is actually tilted now.
By tilting it...
Spring, summer, autumn and winter can be done.
It's hard to explain.
I'll say it slowly.
Yes, please.
If the earth is completely upright...
If you rotate it for 24 hours...
If you rotate it for a year...
If you rotate it around the sun...
In this way, you can bake all parts of the earth.
Even teriyaki.
Then...
There is no spring, summer, autumn and winter.
It's always in the same state.
If the earth is not tilted, the heat of the same sun will reach everywhere, right?
That means that there is no season in the same season.
This is tilted. It's tilted now.
23.4 degrees. It's easy to remember 23.4 degrees.
It's tilted at 23.4 degrees and rotates.
For example, if it is like this now, the north pole is facing the sun a little.
This is the summer of the north pole.
The north pole is facing the sun, so there is summer.
Now, the south pole, my side of the south pole, is shaded from the sun, so it is winter.
If this rotates all the way around and rotates all the way around,
now the south pole is facing the sun.
The north pole is not facing the sun.
The north pole is winter now.
The south pole is summer.
It's complicated because it rotates in groups,
but I just showed you an extreme example between the north pole and the south pole.
Spring or autumn are between them.
If you think only about the north pole,
the north pole on the left side is always facing the sun, right?
The heat of the sun is reaching, so it is summer.
The right side is not facing the sun, so it is winter.
The north pole is facing the sun, so it is born.
If it is not oblique, there will be no momentum.
On the contrary, there is momentum because it is oblique.
Fuu-chan, did you understand?
Yes!
OK!
The earth is tilting at 23.4 degrees in this state, and it turns once every 24 hours.
This is a miracle from this combination.
Oh, I see.
Sometimes it doesn't turn, sometimes it stands up, and sometimes it lies down.
Maybe it was 30 degrees.
Yes.
Maybe it was 40 degrees.
Also, the angle of 23.4 degrees is good,
but thanks to the moon, like the hammer throw I mentioned earlier,
this state will be maintained for a long time.
If there is no moon, it will be wobbly.
It is a great coincidence, if you think about it like that.
The moon is very important.
Yes.
Now, there are more miracles of the earth.
Here it is!
The amount of snow and clouds is a miracle.
Yes.
Mr. Kono, what does it mean?
Yes.
Well, the earth is often called a blue planet,
but if you look closely, there are a lot of white parts, right?
Yes.
For example, these white parts are clouds.
Clouds.
And here is Antarctic ice, snow or ice white.
Yes.
This white part means that it is easy to reflect sunlight.
White clothes are worn in summer.
Yes.
If there is less white part of the earth, it will not reflect sunlight,
and it will absorb more and more sunlight and become hot.
I see.
On the contrary, if there is more white part of the earth,
the sunlight reflects more and more,
and the earth becomes colder.
I see.
So, this white part in the cloud means an exquisite waste.
That's right.
For example, if there is a little more white part of the earth,
the sunlight reflects more and more,
and the earth becomes colder, right?
Yes.
Then, the area of snow and ice will increase more,
and the white part will increase even more.
Yes.
Then, the earth will reflect even more,
and it will become colder,
and again, more and more snow and ice will spread.
Yes.
In the end, the whole earth will turn white.
No way!
What?
No way!
Don't you think it's the end of the earth?
If it's like this, it must be the end of the earth.
Has the earth ever been in this state?
Yes.
Well, I don't know for sure, but in the past,
at least three times, everything was frozen.
What?
There seems to be such a thing.
Ice age?
Maybe more than three times.
I don't think it's ice age.
Ice age means that there is still some land and sea left,
and it's even frozen to the sea of ice.
What?
How did it come back?
I'm curious.
Actually, we don't know yet.
What?
The reason it came back.
What?
However, one theory is that the volcano erupted for some reason,
and the volcano emitted gas, right?
Yes.
Volcanic gas.
There is a lot of carbon dioxide in it.
Yes.
Carbon dioxide is the gas used for global warming, right?
Yes.
And thanks to the volcano's emission of carbon dioxide,
the earth warmed up and the ice melted.
It means it barely endured.
Yes.
That's because the earth erupted even though it froze in the past,
but that's because the earth was still young.
Yes.
Today's earth is already past middle age.
It's already gone.
Yes, yes.
I'm worried about whether it will erupt the next time it happens.
Lastly, I have a question for you, RIPOPPO.
When will the earth perish?
I'm worried about that, too.
RIPOPPO's worries.
At the end of "Earth", Mr. Naganuma gave a firm answer.
Well, first of all, our planet "Sun", our life source "Sun" will eventually end.
"Sun" will eventually lose its radiance and disappear, but before that, it is said that all sea water will disappear in the near future.
In the near future?
Well, a few billion years from now, four or five billion years from now, after that, sea water will disappear, but even in the middle of it, water will gradually decrease.
By the way, why does sea water decrease?
Well, the surface of "Earth" is a difficult name, but it is called "plate tectonics", and it is said that, for example, the Pacific Ocean sinks under Japan's Red Sea.
An earthquake occurs due to friction at that time.
When the Pacific Ocean sinks into "Earth", it actually sucks water like a sponge.
So, sea water will enter "Earth" after sucking it.
To put it simply, Pacific Ocean's sea water is being swallowed up by "Earth" more and more.
If you repeat this, Pacific Ocean's sea water will eventually disappear.
Does that sea water already accumulate?
It doesn't accumulate, but it becomes an ingredient of rocks and becomes a part of rocks.
For us, water is a source of life, isn't it?
It was difficult for it to disappear.
It doesn't matter while we are alive, does it?
That's right.
Then this is a cut, isn't it?
This mission is to unlock codes and rescue members.
This time, we will unlock the codes that are available and aim for the rescue of Enapion, who is trapped in prison within the limited time limit.
And the one who made the codes is Azit of Scrap, who is running a popular real-life escape game.
Last time, they solved codes by doing missions like fried spicy chicken.
This time, more difficult codes are waiting for you.
This time, we came to a reptile cafe, Rockstar.
The mission to obtain codes here is...
I'll ask a genius to hold it for me.
If you stick it together for five seconds...
What is it?
It's been a long time since I saw it.
So, the missions here are...
Frog, lizard, snake, five-second stick fishing...
And as a result of rock-paper-scissors, the person in charge of this combination is...
First of all, Nana.
Do your best!
Are you okay?
I'm totally fine.
Compared to others...
I'm scared!
Nana's reaction is the scariest.
Go!
It's moving!
Wait a minute!
One, two, three, four, five!
Wow!
It's the best snake I've ever had.
And Lilil also managed to catch a frog.
Four, five!
The last one is Fu-chan.
My ears! My ears!
20 minutes passed.
I'm scared!
What?
What's wrong?
One, two...
Three, four...
Five!
It took some time, but they cleared the mission.
Here is the next code.
Here is the fourth code.
Do you know the numbers in a regular order?
Where is it?
One, two, three, four, five...
What about "imeo"?
"shashitsusen"?
That's right!
We can do it in this order!
This is "ta", right?
"Ta"!
"I" "ra", "ta" "ni", "ta" "re"
"ta" "ran" "chi"
What?
I see.
When they were looking for the code in the store...
Did you find it, Fu-chan?
It's true!
I'm a thoughtful person.
It's in the box!
The next place is...
I've been told for a long time that you can't touch tarantulas.
On behalf of them, Mirurun is going to catch...
Wait a minute! I can't catch it!
Wow!
Somehow she reaches out and gets a map of the next location.
The shop listed in the map is Piatto Tolar.
The mission here is to fire 10 glass cans.
Bang, bang, bang!
First of all, Mirurun is going to try.
Wow!
And she breaks them one by one.
Wow!
She breaks them one by one.
Wow!
And she breaks the last one as well.
Wait a minute!
Bang!
Wow!
She hits it perfectly and completes the mission.
Wow!
And the next code is...
A katakana drawing a circle.
And what does "seven o'clock to seven hours" mean?
"Seven o'clock to seven hours", so...
"Ka", one, two, three, four, five, six, seven, "ka".
"Seven o'clock to seven hours" means...
Looking at this circle like a clock,
and connecting letters of "ka" of "seven o'clock" and letters of "ka" of "seven o'clock" after seven hours.
Then...
I got it!
OK, one, two...
Five high heels!
Let's look for it!
And she finds a staff wearing high heels and...
Wow!
Where is it?
She gets a map of the next place.
Osaka Nazo building.
The last place she visited was Osaka Nazo building.
Lenapion is caught here, but...
She's cheating.
Lenapion!
We're going to do something like a mission from now on, but if you fail it, you can't get any points.
Don't you know what I mean?
Sounds fun!
It's not fun!
So, the last mission is...
Ta-dah!
Find four drivers in the prison next door and open the treasure chest.
Let's start the mission!
Find four drivers in the prison next door and open the treasure chest.
Oh, no! Let's look for them!
I'm rooting for you!
Then, Mirurun found something.
Is this the treasure?
This one?
Oh, I found it!
Huh?
Are these the last three?
These are the drivers!
I did it!
Huh?
And Nana...
I found it!
Wow!
I didn't know you could do that.
And Tsume also found something.
Yay!
It's so small, but I can't tell what it is.
Oh!
I found it!
Yay!
I did it!
You did it!
Find four drivers in the prison next door and open the treasure chest.
Then...
Ouch!
The key number is Lena's.
Look, it's related!
It's written on the question.
Yes, this symbol was written on the previous question.
If you guess the answer of the question, you will get a word.
Yamamoto Sayaya is…
Umbrella!
Isn't it "the day you were born"?
"The day you were born"!
September 16th! September 16th!
September 16th!
Where did you put it?
This is it! This is it!
Ah!
So, the rescue of the umbrella was a failure, too.
It was close, though.
It wasn't broadcasted yet, but even after it was broadcasted,
Miru and Fu-chan were so funny and I couldn't stop laughing.
I thought I was going to die.
That's tough, isn't it?
Even though I only did my hands, my legs went up.
What's wrong with you?
We've never been separated like that, either.
Now, we'll announce the winner of this week's "Clever but Not at All Bad Idiot"
The prize is a tough punishment game.
Now, I'll announce it!
This week's winner is…
Miru-ki!
Yay!
She shook it for me so that I'd have water in my ears.
I learned about the timing.
I won't let anyone else learn about it.
Now, this week's "Idiot" is…
Shu!
Huh? What is it?
She was off-topic, like "What is wood?"
No, I don't know about that.
I'd like to learn about it.
Okay.
Why is it so mysterious?
What do you call a huge meteorite hitting Earth like Mars?
Actually, I think you're the dumbest among the members.
Huh? I'm the dumbest?
Who do you think is winning?
Nagisa.
That's a close match.
Study a little harder.
Yes, I'll do my best. I don't like punishments.
Yes, please.
Here's the question.
What do you call a huge meteorite hitting Earth like Mars?
Moon!
Here's the next question.
If there's no moon, waves won't occur, and Earth's tilt is unstable, what's the last one?
Um, oh, it's not 24 hours.
Here's the last question.
What do you call a zone where water on Earth is liquid?
Earth? Huh?
Powerful zone.
Out of three questions, one is correct, so no!
Ow!
What do you mean "powerful zone"?
You're going too far, Nagisa.
No, no, no.
Study a little harder. You're the dumbest among me.
No, I'm sick of it.
Me? No, stop it.