- 2 weeks ago
فسيلة - transplant
هي مكتبة رقمية تحتوي علي آلاف الفيديوهات العربية في جميع المجالات
It is a digital library containing thousands of Arabic videos in all fields.
قوائم تشغيل فسيلة
https://www.dailymotion.com/fasela/playlists
هي مكتبة رقمية تحتوي علي آلاف الفيديوهات العربية في جميع المجالات
It is a digital library containing thousands of Arabic videos in all fields.
قوائم تشغيل فسيلة
https://www.dailymotion.com/fasela/playlists
Category
📚
LearningTranscript
00:00What's with this awful restaurant?
00:06Why, my love?
00:07This is an innovative idea
00:08He lived in darkness
00:09A truly innovative idea
00:11They fled into the cart
00:12Is that an idea?
00:13Not everyone is as stingy as you.
00:14And why aren't they bad for you?
00:15Why isn't the air conditioning working?
00:16So we can experience the atmosphere
00:18What's up, Joe?
00:19I'll stay put.
00:20Hey waiter
00:21My dear, there's no waiter here.
00:23There it is, Ran
00:24Is there any food left?
00:26Or are we here to be held accountable?
00:28What's up, Muhammad?
00:29Of course there's food.
00:30What is a restaurant?
00:31Well, thank God
00:33All the food here is vegetarian.
00:35You'll really like it
00:36Yes
00:37It means there's no food.
00:38Mohammed
00:39We have to break up.
00:40She says, "Oh Ran."
00:41They say this because I got drunk at the restaurant.
00:42Is that your garbage?
00:44Well, I'm a corrupt hyena.
00:45In reality
00:46There's no restaurant or anything
00:48I'll answer you in a dark place
00:49Because I'm afraid of confrontation
00:51I don't want to talk to you on the phone.
00:53good
00:54Can you give me a chance?
00:58Second chance
00:59Mohammed
01:00I am cursed, Muhammad
01:02Tasty, I swear to God, I'm cursed.
01:04Don't be upset with me
01:05I am sorry
01:06No, Muhammad
01:07I'm really cursed
01:09Like the movie "The Trap"
01:11First thing when the clock strikes 12 at night
01:13He's turning into a man
01:16So you changed my mockery to something else, huh?
01:19Where is the light?
01:20Where is the light?
01:21Are you Azal?
01:22Turn on the light
01:25Do you believe me now, Muhammad?
01:27Are you deaf? Are you deaf?
01:29Wait, Muhammad
01:30Wait for your understanding
01:31What do you mean by that?
01:33I'm speaking to OPEC right now.
01:34The network is back on.
01:38What's up, Hamada?
01:39Everything is fine
01:42Mohammed Al-Jarba spoke to Baba
01:44It's possible that Shana will be gone now.
01:46He is in Saudi Arabia
01:47They may have advanced the hour
01:57Dear viewers, may your health and blessings be upon you.
01:58I'll tell you in a new episode
01:59From the Al-Daheeh program
02:00In the year 1746
02:01French scientist Beji
02:03Jean Antoine Loyola
02:04And Azizi gathers 200 monks in a vast era
02:06What will he do?
02:07They show them great magic
02:09He's working on a new hidden power.
02:11He will ask them in a situation similar to a conquest.
02:13Oh rose, lock up, oh rose
02:14They hold each other's hands
02:15They make a surrounding circle of about 1.5 km
02:18Jan will bring a wondrous magic ball
02:20And he connects it with boiling
02:22And my dear, the first monk in the row will hold the ball.
02:24And in the second group, 200 monks felt a strange pain.
02:27Some of them, my dear, were torn apart, and some of them screamed.
02:29That, my dear, is a very different and prolonged feeling for them.
02:31First time they feel it
02:32Some of them have started praying
02:34So that God may protect us from this strange power and demonic magic
02:36Of course, my dear, you and I both know today
02:38This terrifying, frightening, demonic magic
02:40It is simply the movement of electrons.
02:42Or in another form
02:44Because, honestly, what do you want? The electricity is burning out.
02:47How? By observing its effect on the monks.
02:49He sees her and is electrocuted, a monk behind her again
02:51He knows that she's working, but she's lost.
02:52Ahmed, the story is difficult.
02:53I found the word "electricity" without it.
02:54I went in unprepared
02:55I said the episode might be on Swedish TV.
02:57Al-Ahly's stars
02:58Load shedding and its relationship to population growth
02:59But his experience is limited
03:01Dear, what kind of experiment is this on monks?
03:03It is much more merciful than a previous experience in Sebingri
03:05In a previous experience
03:06He brought a child and shaved his head in a silky style.
03:09And repeat, my dear, that he is the one charging it.
03:10Charging the boy electrically
03:12He allowed people to approach him and touch him.
03:14Sparks multiplied
03:15It is true that I cannot judge anyone from my ivory tower.
03:17In this context, Azdmani and the historical
03:19However, this man is mentally disturbed.
03:20God, my dear, he wasn't the only deranged one.
03:2218th Century Countries
03:23Electricity was driving Europe crazy
03:25Not just as a scientific phenomenon, but also
03:27A fragile force
03:28As a weapon
03:29Something we can use to conduct a strange experiment
03:31Just like Jean Antoine
03:32We'll put it as a fixed paragraph next to the magic paragraphs.
03:34Entertainment in social events
03:36You will have two complete surveying units.
03:37Magic of Bir Makur
03:38After that, we'll go back to the electrical circuit.
03:40We're closing tonight
03:41Inter Ten Menter
03:42We'll see, my dear, the magic will appear in the shows.
03:44He makes the pieces of paper move as he brings the stick closer to them.
03:47The first thing the volunteer asks is to get closer so he can help him.
03:49He touches his hand
03:50Spark gets obtained
03:51What is this? What is this? What is this?
03:52This is a new brotherhood, this is something supernatural
03:53This is a man who can move things remotely.
03:55It cannot be touched
03:56While he actually takes it from my boss
03:58Saleh is here, my dear. How is he an unknown force?
03:59Its place is in the strange experience and magical shows
04:01I have now sold the foundation of this science.
04:03Here, my dear, let me tell you the story of electricity.
04:06Electricity
04:08The story of electricity, my dear, has no clear beginning.
04:10Why? Because it's a discovery, not an invention.
04:12Who, my dear, throughout the ages
04:14People were touching the electricity and getting electrocuted.
04:15But she doesn't know what's happening to her.
04:17Akshuli, a strange afternoon, has a description.
04:18But we still don't know the reason for it.
04:19We build from the branch that, for example, in Egyptian inscribed papyri
04:22It contains drawings of a eel.
04:24No, my dear, it's called the electric eel or the fish that gives you a shock.
04:26They used to call it the thunder of the Nile, my dear.
04:28Sander of Nile
04:29Why? Because it retains its secretions through electrocution.
04:32Standard dress
04:33Also, my dear, she used to electrocute the fishermen to protect herself.
04:35The rock makes them tremble.
04:37temporary anesthesia
04:38If you raise a knife against her, I'll raise a knife against you.
04:40Here, my dear Egyptians, they will decide how to benefit from this dialogue.
04:43They exploit this electrical wiring to stabilize the pen.
04:46Treatment for joints and also treatment for headaches
04:48They were doing that without understanding the nature of what was happening or its explanation.
04:51Clan, you will be remembered, my dear, among the seven hundred treatment recipes.
04:54They are found in the Ebers Papyrus, in what year? 1550 BC
04:58This is a long-standing custom, my dear, dating back to 600 BC.
05:01Let's go, my dear friend, to the Greek philosopher Tertullian of Miletus.
05:04My dear, the multi-purpose was very knowledgeable about materials science.
05:06One of his experiments will involve rubbing amber into wool.
05:09After this friction, it will be observed that the amber is capable of attracting light materials.
05:13Feather costume and paper scraps
05:15So, my dear, when I was in elementary school
05:16So, my dear, when you were holding the French flag and scratching it in your hair
05:18And she sits down to catch paper
05:19Ali Hassan, you're laughing at girls and picking them up
05:21Sarish also noticed that the lodestone attracts iron.
05:24Farah Azizi, note-taking
05:26Linking the two phenomena to each other
05:28He told you that electricity seems to have some connection with magnets.
05:32My dear Kansh knew that with these few observations
05:34He does things that aren't beautiful, but he's not thinking straight.
05:36And I will consider the visible self as a tag, my dear.
05:38This can be explained by saying that these materials attract each other.
05:40Because she is from Moses, she has one soul.
05:42Let's move on a bit from these beginnings, my dear.
05:44We're standing still for a period of 1200 years.
05:46Mosul, around the year 1600
05:48The world didn't come around and William Gilbert wrote a complete book
05:50About materials that attract other materials
05:52Hey, my dear book, Demagnet
05:54And he talks about amber and ambergris.
05:56He then talks about materials that are very attractive.
05:58Some materials attract half, and some materials attract
06:00After the differences and materials for
06:02He will say that this force is something different from magnetism.
06:04And give her, my dear, a new name.
06:06It is electricity
06:08In agreement with the word electron or
06:10Kahraman in Greek, and here, my dear
06:12Electricity was named as such to describe the phenomenon.
06:14For the first time, we are calling electricity
06:16Or the act of using electricity.
06:18My dear scientists, focus on the mystery of the new power.
06:20And that it is in the beginning and in the end
06:22The force of attraction remains, so who do we turn to?
06:24You are the owner of attraction, my dear.
06:26Mr. Newton, who would then be president of the Royal Society, would be crushed.
06:28Newton, my dear, will find that there is a world
06:30A German named Otto Vangery
06:32This man, my dear, was suggesting that instead of separating
06:34We then separate the amber with wool or separate the white material manually.
06:36We will do it, she said, a difference in the separation
06:38And indeed, my dear Otto, he will
06:40Your primitive model of a cadre ball
06:42It is rolled by hand and he separates whatever he wants into it.
06:44Newton, my dear, will take his design
06:46And the scientist Francis Hoxby is tasked
06:48He replaces the caprid ball with a glass ball.
06:50Right now, my dear, we have a model of yours that contains a glass ball.
06:52It can be twisted by hand and he can separate whatever he wants from it.
06:55My dear, we have a glass ball with us.
06:57It is used as a machine for different teams.
06:58And indeed, the first electricity generator was built.
07:00The year 1072 of the glass ball
07:02When she turns around and he puts his hand on her
07:04He will find, my dear, that it will be illuminated with a blue light.
07:06We, my dear, are now a new force.
07:08A force capable of attracting things
07:10That's it, it's capable of producing a spark
07:12And what's even more, my dear, is that it's oil.
07:14They didn't reach the archers until now.
07:16Let's look at the year 1729
07:18The scientist Sibben Grey discovered that electricity
07:20It can transfer from the glass ball to other objects
07:22Through an intermediary who connects them
07:24He'll try it once, my dear, but it won't be very successful.
07:26And then he will try it with a metal wire.
07:28He'll find it arrives much better
07:30When he wanted to close the pocket, he attached the ball to a small child.
07:32And here, my dear, he arrives at a great discovery.
07:34When you get it in the United States, I follow it up by saying that children are good conductors of electricity.
07:36If you want to create a good electrical circuit
07:38Yalıkız Eria resorts to copper
07:40Dakuz E Tani Dah
07:42Of course, it refreshes my hair and the foundation is cream.
07:44We tried to compensate with graphics, but we couldn't solve Karim's problem.
07:46Of course, what's the point of knowing that there are good materials for conducting electricity?
07:49and materials for
07:50This discovery, my dear, helped scientists at Leiden University.
07:52They are doing a great job in history.
07:541745
07:56Leyden flask
07:57They were able to store electricity in it, my dear.
07:59They use it whenever they like
08:00We are not only able to direct energy
08:02We are able to gather energy
08:04That, my dear, was arguably the greatest invention of its time.
08:06Yes, indeed, Abu Ahmed
08:07That's how the scientific community will start to get on with its work.
08:09He achieves scientific and medical breakthroughs
08:11Revolutionary inventions and historical changes
08:14Beautiful condolences and honey
08:16And he didn't learn from the revolutionary inventions that happened in his era
08:18Look, my dear, you need to check the internet.
08:20The internet, supposedly, was meant to bring the world closer together.
08:22It unites us all and allows us to connect with our friends and family.
08:25It allows us to form new relationships with people from different parts of the world.
08:29What did we do to deserve this, my dear?
08:30memes about cats
08:31We go live to people who are also going live.
08:33We'll also get another great invention like AI.
08:35Instead of treating diseases and solving the planet's problems
08:38We solve the crises of societies
08:40The AI, my dear, now has its most important uses.
08:42He completes assignments and submits the scattered papers
08:44What we find, my dear, throughout history
08:46Societies initially exploit technology
08:48Around the internet, its fun
08:50And that's exactly what happened with electricity in Tarima.
08:52One of the greatest discoveries of all time
08:56My dear friend, it was electricity that made us invent the transistor.
08:58The transistor is what created the first nerve cell in our societies.
09:02It means that the verse you were reciting today was only happening because of electricity.
09:04The first use of electricity was for entertainment.
09:06Meme art, as the internet has made it possible.
09:08And Cairokee's songs are like the AA, they're allowed.
09:10Strategic electricity was used in entertainment shows.
09:13Entertainment Shows
09:14My dear, my offers are progressing, for example
09:15Some poets stand by electricity
09:16The candle can be removed by touch from a distance.
09:18A dazzling blue light trapped in a glass sphere
09:20Mina allowed the dazzling Ai in a glass ball
09:22Is Noor Azaz coming out?
09:23They don't look above him
09:24He needs something more dazzling than the lightning in the sky.
09:26Let's take a moment, my dear, and say...
09:27What made you think they considered lightning to be electricity?
09:30Tello, you'll watch the previous episodes.
09:31The previous episodes, and she focuses on them like the episodes she listens to.
09:33Because, my dear, I said in many episodes
09:34People in ancient times, when they saw lightning, considered it a weapon of the gods.
09:37Zeus and Arthur costume
09:38No one thought that the lightning in the sky
09:40It's the same simple spark found in magic shows.
09:43Here, my dear, a very important person had not yet appeared.
09:46A very important person in the scientific field
09:47A very important person in the international field
09:49The guy, my dear, who put his picture on the dollar, really
09:52Ben Yamin Franklin
09:53Nobody knows how to draw his face
09:55This is Aziz, I gave him money
09:56His appearance, my dear, at the bank cost fifty pounds.
09:58Oh, Lord
09:59Franklin, my dear, was very interested in the phenomenon of electricity, which was new.
10:02He tried to explain to the people what was happening
10:04Costume like attraction and spark theme
10:06He said that the electricity is terrible, terrible, terrible, and the water is terrible too.
10:07Oh Muhammad, the water is not plentiful, it has a number.
10:09No, my dear, that wasn't his intention.
10:11He meant that if you reached a place with excess water
10:13Pure, with less water
10:14Water moves from the higher point to the lower point
10:16For the less lined pots
10:18He was the first to use the term
10:19Negative and positive
10:20The more positive the result, the less negative the result.
10:22Electricity flows from positive to negative.
10:24And this, my dear
10:25The approach used to describe pilot movement up to this day
10:28Although they will discover it after a long life
10:30Negative electrons are actually what move
10:33And you go to the positive side
10:34The negative one, my dear, is the active one in the relationship.
10:36And this says a lot.
10:37But since Frankl is like this now, let's just leave it at that.
10:39Frankl's interpretation was that this transfer of electricity is what explains the phenomena of attraction.
10:44And the spark that occurs
10:45He considered the innocent one in heaven to be like a spark trapped inside a fire.
10:48The cloud has electrical charges and releases them to Earth.
10:51The topic has nothing to do with gods.
10:53The topic has nothing to do with the bull of Osiris.
10:55All these ideas were finally established in 1751.
10:58In a book he called
11:02Al-Azizi explained an experiment in it to confirm his theory.
11:04The innocent people, folks, are the ones we see every day.
11:06What we remember is the wrath of the gods
11:08Electricity is a natural phenomenon.
11:10Let me do a simple experiment for you.
11:12I have an idea for an experiment that proves this point.
11:14We remove an iron pole from a house, and this pole reaches the ground.
11:17Listen, we'll stop someone at this post.
11:19Let's see if this man is electric or not.
11:21If electricity remains innocent, then electricity is the only option.
11:23If it's not electricity, then the innocent one isn't electricity.
11:25Dee, my dear, of course it's an excellent experience.
11:26But it lacks one element: the volunteer.
11:29Thank God, my dear, that he didn't find any volunteers.
11:31This is what I don't want, my dear. The future is better for you, and it tells you that healing is electricity.
11:34The one that would have been least effective was electricity.
11:36He's so full of energy, you'll find him breathing out every part of his body.
11:39But thank God, my dear, this experiment was not applied practically.
11:42Franklin decided that he would conduct the famous paper airplane experiment.
11:45When he tied a key to a kite and flew the kite amidst the clouds
11:47When they brought their fingers close to the key, it sparked.
11:49So I mocked here that healing is electricity
11:51That's your own fault, my dear, in a Leyden bottle.
11:54And because, my dear, of Franklin's great discoveries
11:56Electricity has entered a new phase
11:58A stage that causes nightmares for general secondary school students
12:01Get ready now so you can start hearing the names you're afraid of.
12:04I said the exam
12:05Ah... Abu Ahmad
12:07Problems
12:081785
12:10The French scientist Charles Coulomb studies
12:12The topic of shipments that Franklin was talking about
12:14And what's this negative and positive thing all about?
12:16Coulomb decides that he differentiates between different materials.
12:19He observes how the attractive forces between materials differ.
12:21And here, my dear, Cassius will be ripped from the Torajane Palace
12:23A very thin vertical column, at the end of which is another horizontal column.
12:27Attached to it is a small charged ball
12:29Another charged ball is approaching it.
12:31The second one, my dear, was the same shipment, but they were repelling each other.
12:33If they disagree, he will be punished.
12:34The ball attached to the horizontal column rotates according to the force of repulsion or the force of attraction.
12:39Konom will discover that the power that increases
12:41If these two balls were closer together
12:43And it will decrease as the two balls move further apart.
12:45Here, our friend Konom will come up with the first mathematical law in the science of electricity.
12:50Chapter opening, my dear
12:52FB equals Q1 multiplied by Q2 divided by R squared
12:56If you had studied physics in the second term, my dear
12:58You'll find that this is similar to Newton's law.
13:00Law of Universal Attraction
13:01The force between two charges is directly proportional to the product of their charges.
13:04And inversely, with respect to the square of the distance between them
13:07This law, my dear, let me tell you about it in the scientific community
13:10It was an artist's appearance at the El Gouna Film Festival
13:13In other words, what has become a controversy
13:14He caused a huge stir throughout the entire area.
13:17After the emergence of this law, scientists' interest in electricity increased greatly.
13:20Among these scientists was the Italian scientist Luigi Galvani
13:23If you remember, my dear, the case of Frankenstein
13:25Galvani in 1791 was dissecting a dead frog
13:29And then he suddenly put the comb in it
13:31Her leg moved, a shepherd of love
13:32Galvani thought the frog had animal electricity.
13:35What does this mean? The body of a living organism
13:36It can generate electricity on its own.
13:38But, my dear, before he gets carried away with his imagination
13:39And the rest of him started thinking about how to operate this frog and make money from it.
13:42His friend brought him the Italian flag.
13:43Alessandro Volta
13:45No, no, focus, no
13:46Focus, boy
13:47The urn moved because two different metals touched each other.
13:50The scalpel and the pole on which the frog is hanging
13:54So, Uncle Galvani, the electricity didn't come from the frogs?
13:56It came from metal
13:57Doubt, the effort remained at work
13:58Important, my friend, your uncle Volta is making the second battery in history.
14:02A battery capable of producing an electric pilot, but what difference does it make?
14:05It's not just a spark, nor a fleeting, hostile pilot.
14:08What's this, a continuous pilot, sir?
14:10From this moment, the history of electricity and the history of humanity in general will change.
14:14Basan, my brother, Abu Hamid
14:15How does Volt know that it's electricity?
14:16Why are you saying this is the second battery?
14:18Where did the first battery go?
14:20And since she exists, why didn't you tell us about her?
14:21I love you, my dear, when you're focused and relaxed.
14:23And I said, my dear, I know that the battery produces electricity.
14:25When the battery wire was connected to a dead frog
14:27The frog will move, just like in the Galbani experiment.
14:30And when he wanted to be even more sure, he connected the battery with his tongue.
14:32In a famous experiment called the tongue sting
14:34When it stung from the wire, it had a metallic, pungent taste.
14:37Bass proved that the battery was producing electricity.
14:39What percentage, my dear? The second question
14:41How is this the second battery in history?
14:43Listen to what I'm telling you, my dear, and don't get upset, please.
14:45In 1935, there was an archaeologist named Philil McCulling.
14:48This man, my dear, discovered a pottery jar that is over 1200 years old.
14:52A jar dating back to the Parthian era
14:54In the city of Canaan, Baghdad
14:55If you look inside, you will find a cemetery
14:58And an iron rod in the text
14:59And you are like asphalt in the cover
15:01It also contained traces of fever
15:02It's like grape juice or vinegar.
15:04My dear, if you learn about my ingredients, you'll find they are very similar materials.
15:07Battery operation
15:08She opened YouTube and saw how they make batteries using the internet.
15:11Let's check if this is actually a battery.
15:13But if it is a battery, then it is the first battery in history.
15:16Now let's go back to our friend Volta.
15:17Those who came after the invention of electricity will say that there is a hidden power.
15:20It's what makes electricity move from one metal to another.
15:23The force that he will call the electrical potential
15:25And then it will be called electrical potential.
15:27Electric Potential
15:29Write "Remember and be wonderful"
15:30Thank God, my dear, that this time people didn't use Volta batteries for propulsion.
15:33They began using it in the most important analyses
15:35For example, they analyze the water and the minerals in it.
15:38This, for example, is what a scientist like Humphry Davy did in 1886.
15:41When he succeeded for the first time, he isolated new elements
15:44Like potassium, sodium, calcium, and magnesium
15:47And he also succeeded, my dear, in inventing the first simple electric light bulb.
15:52Which consisted of two carbon rods connected to a battery, so a spark would occur between them and the world would light up
15:58Listen to it, my dear electric arc
16:00Unfortunately, my dear, this arc had a harsh, intermittent, and unfortunately unsafe light source.
16:05Let's look at the year 18828
16:07When scientists tried to transfer electricity from one place to another, for example, this didn't happen in Stephen Green's time.
16:11They connected the battery, my dear, with a long wire, and then came the surprise: the pilot could reach the end even if he was weak.
16:19This, my dear, is a great and very important idea in the history of electricity because we discovered that electricity can be distributed.
16:26It can move from a fixed source and go to many other places.
16:30In 1822, the Danish scientist Hans Ursted was explaining a lesson about electricity to his students.
16:36It's all a simple circuit, like a battery and a wire, similar to the one you can't solve, to see the effect of electricity on the wire's temperature.
16:41And by pure chance, by pure chance, next to an onion, next to the wire
16:45Is the onion so nervous? Is it being used for electricity?
16:48No, it's not possible, Joz. No, no, no, no, no, it's far-fetched and impossible.
16:52But I'm the first to close the circle. Basra burns, but I know that Basra's needle burns only in one case.
16:58In this case, if there is a magnet, then it is reasonable to think that an electric pilot could create a magnet? Does this make sense? Does electricity start to produce a magnetic field around it?
17:07My dear man, he won't repeat the experiment again. He'll open the circuit, the onion needle will return to its place, the wire will escape, and the needle will burn.
17:13The pilot's direction is reversed; the needle burns in the opposite direction, and so on and so forth.
17:18From this moment on, my dear, it is scientifically proven that electricity and magnetism are not two separate entities; they are very closely linked, more so than you can imagine.
17:27In a moment, a whole new science will be created, a science that will literally change the course of humanity. Welcome, my friend, to electromagnetism.
17:35By God, I have a silly question, my dear. I'm repelled by this knowledge. Come on, my dear, focus on what's coming next.
17:40As I'm telling you, my dear, the world is changing, and this change will begin with the German scientist Johannes Weger.
17:45The world will think that we simply have other ways of determining whether there is an electric pilot or not.
17:50We don't need to see dead frogs' electricity or taste electricity every year to be sure there's an electric pilot working.
17:54No, we can use the same idea as this onion. The onion moves when a pilot passes by, and that way we can tell if there's a pilot or not.
18:00We can also determine its direction, and from here, Sveiker invented the first device for measuring the intensity of the flight, which, my dear, is the galvanometer. This, my dear, is from lecture 13 with Professor Mohamed Abdel Maaboud.
18:11And the students who came from there are called by the name of the world, Gilvani, whose electricity is terrible.
18:16And you know, my dear, every scientist who opens a new path illuminates another scientist's work, so it seems that electricity is also filtering into minds.
18:22For example, the great scientist André-Marie Ampère, the man came across the subject of electricity flowing in a wire and changing the magnetic field, so he decided to deal with the subject with extreme intensity.
18:31He was studying and asking himself many questions: If one wire can generate a magnetic field, what would happen if there were two of them? What would happen if we had two wires?
18:39For example, if we have a long wire that produces a certain magnetic field, what happens if we twist it? Ampere's questions will lead him to do many tricky things, the most important and famous of which is when he took two parallel wires and flew through each one.
18:51Nor does it matter if the two pilots are flying in the same direction, the wires will attract each other; if the pilots are flying in opposite directions, the wires will repel each other.
18:57Therefore, dear Ampere, it can be deduced that the direction of the magnetic field produced by the passage of an electric pilot depends on the direction of the electric pilot; the direction of the pilot affects the field, and the field can affect the pilot.
19:11In a way, my dear, we can say that the truth is coming and going. I'm still here, my dear, I'll continue. If you're confused, wait for me. Now we move on to a third world.
19:17When the electricity supply comes, my dear, we have Khair, Rashad, and Badawi, the electricians. Who are they? Volt-amperes, and the guy who deals with potential difference (referred to in 2000s), and the guy who deals with the pilot's tension (amperes). So, my dear, all that's left is the resistance.
19:32Come, my dear, let me tell you about the simple physics teacher who changed history and produced one of the most important figures in German electrical engineering, Georg Simon. My dear, he started with very specific experiments. He took a Voltaic battery and connected it to a wire made of a certain metal. He connected a galvanometer to the circuit to measure the voltage. Then he changed the components of the circuit to see what would happen. When he used a stronger battery, it meant a higher voltage, so he noticed that the voltage also increased. He tried another experiment, making the wire longer.
20:02Notice that the pilot's intensity decreased when a different metal was used, so the pilot's intensity changed. But each time, there was a clear and specific relationship between the potential difference in the battery and the pilot's intensity, which gives us the amperage. The higher the potential difference, the higher the pilot's intensity. This percentage depends on what, my friend? It depends on the wire and is called resistance. Go ahead and formulate the formula that solves any math problem. If you're reviewing the night before an exam and you don't know it, you're in trouble. This is the first thing to start with.
20:32In transportation, go back and read the law again. It says that Ω equals Ω multiplied by Ω multiplied by volts. Ω is the current, and the unit of measurement for amperes is Ω multiplied by Ω, which is resistance, and its unit of measurement is ohms. I'll simplify it for you, my friend, so you understand, because I know you're lost right now. For the people who think like this, electricity is like having water in a hose. The water is the electricity, and the wire is the hose. In simple terms, the force that multiplies the water inside the hose is the voltage. This force is the pressure coming from behind, from the motor.
21:02The ampere is the amount of water that flows inside the hose per second, quantum, understand? I sense you still don't get it, so I'll simplify it for you in the simplest way possible. Imagine a tyrant holding a whip to his slaves. The volt is the tyrant holding the whip and running across the membrane. The ampere is the number of people actually moving and walking with him. The resistance, measured in a balloon, is the resistance that occurs in this tyrant-like process. No, these aren't going anywhere, my friend; they're a ratio.
21:32And the number of people working, and then the resistance, trying to do that, my dear. The assumption is that you understand the difference between potential and the intensity of the pilot and the resistance. The man who trains the people working, and the resistance, my dear, this is the law: π = πr. This is Ohm's law. This was in 1827 in the book "The Galvanic Chain," solved mathematically. And contrary to expectations, my dear, the German scientific community did not receive it warmly. People ridiculed the book.
22:02We say the same thing happened when Karen Shift had to leave his teaching job and work as a laborer. But, my dear, years pass, and people test his words and find them accurate. His law became a fundamental principle in understanding any electrical circuit. The battery propels the pilot; the pilot travels through the wire, and this wire has resistance. This resistance changes depending on the type of wire and what's inside the wire. Something that wasn't fully understood then was what happens when the pilot travels inside the wire—the magnetic field.
22:32It's simmering very gently in the lab of Asir Hanfrey Davie. The work, my dear, that will change the history of electricity for the second time.
22:39In 1821, the scientist Michael Faraday was working as a research assistant in the laboratory of Humphrey Davy. Faraday, my dear, had just heard about electricity and entered the new field of magnetism. So, we'll see what happens with magnetism. Faraday thought, since the subject was related to magnetism, why not make a real magnet and see what would happen? And indeed, my dear, the man took a glass container in a jar and placed a fixed magnet in the center of the container. He then took a wire...
23:09The first thing he did was connect the battery to the wire and close the circuit. The wire started rotating around the magnet in a continuous circular motion. And this, my dear, was the first time electricity made continuous motion. What you see in front of you, my dear, is the first electric motor in history. Of course, you don't understand, and of course, I mean it. Let's get you a break and quickly get some tea. Come on, let's study quickly. Forget about the guy and the two hours. Come on, it's simple, my dear. A bird walking on a wire creates a magnetic field around the wire.
23:39In both fields, they applied a thrust force to the wire. When this force acted on the wire, it burned. My dear, I don't understand, so I want you not to be embarrassed. I meant it shouldn't be measured because Frederick himself, who performed this experiment, was content with just carrying it out. But the law that explains the experiment wasn't implemented again until 75 years later. The proposed law determines the magnitude of the force that will act on the wire. The assistants in this are known as Fleming's left-hand rule. This is the most important sign in physics. When you pass through the committee like this, you find the
24:09We use this to determine the direction of this force. I want you, my dear, to make your hands like a slingshot, and then say, "This morning, the middle finger will go with the direction of the pilot, the index finger with the direction of the field, and the thumb will point you in the direction of the wire's movement. This is the pilot, may God guide us in the right direction. These times, this is the direction of the field. The middle finger goes with the direction of the pilot, and the index finger goes with the direction of the field. You will find the thumb pointing you in the direction of the wire's movement. And they, my dear, after exactly 10 seconds, are 3,831 individual units."
24:39A coil of copper wire and its connection to the galvanometer
24:41So that he can test any pilot, even a small one.
24:43And he went and got a strong magnet
24:45And you're exactly what I expected, my dear.
24:46When the magnet moves inside the coil, it is single-handed.
24:48The needle of the galvanometer moved
24:50Every time the magnet changes position
24:52The needle moves
24:53Enters, tends, inclines
24:55It comes out leaning north
24:56And here, my dear, is an important point to note: good work.
24:58The existence of the magnet itself
25:00He doesn't work as a pilot
25:02The changing motion of the magnet
25:04She's the one who makes the pilot
25:05Or in other words
25:07Change in field with respect to time
25:09Ah, I'm working
25:11That is, if you took a wire and put a magnet next to it
25:13Nothing will happen
25:14But if you move the magnet relative to the wire, it will disappear.
25:17The magnetic field will move the electrons in the wire.
25:19And the movement of electronics in the wire
25:21She is the pilot
25:22Or, to put it more precisely, as you know it, a clever request
25:25The pilot
25:26What is this, Abu Ahmed?
25:27The term "induction" is used because the entire phenomenon is called electromagnetic induction.
25:31May God protect me and you, my dear.
25:32No one got close to your magnet
25:33Give it back, my dear
25:34He repeated it to himself
25:35He said, "Since changing the field in time is what makes me a pilot."
25:39But the pilot himself creates a field
25:41The world is coming and going with him
25:43I'll change my pilot
25:44You will change in your field
25:45Why use a magnet?
25:47Instead, I could use a wire
25:49So a pilot walked in it to work in this field for me.
25:51This field makes him a pilot in another field.
25:54Which is the same experience
25:55But instead of a magnet with a variable field, this one
25:57We'll replace it with a wire
25:58In a variable field as well
25:59And indeed, my dear
26:00Individually connect the first coil to the battery
26:02Galvano arrived in the second file
26:04And the first wire in the electrical circuit
26:06The needle moved suddenly
26:07And then she went straight back to her place.
26:08When the pilot separated
26:09It means opening the electrical circuit.
26:10The needle moved again in the opposite direction.
26:13And here, my dear, is the crux of the matter:
26:14There is no direct connection between the two files.
26:17But the change that occurred in the first file
26:20The magnetic field around it changed
26:21This change reached the second file.
26:24He worked as a temporary pilot there
26:25My dear, this was the first time someone had noticed
26:28reciprocal rubbing phenomenon
26:29Mutual induction
26:31Which is very simply
26:32Carry me and I'll carry you
26:33Wire in pilot
26:34He's trying to get another wire to make sure there's a pilot.
26:37I'm telling you, wire
26:38Come on, try and work hard, God willing, He will grant you success.
26:41They are searching
26:42This, my dear, was the seed of a very important invention by Shadia.
26:45Its name is the electrical transformer.
26:47A young man decided to build a primitive electric generator.
26:50He brought a copper disc, a magnet, and a galvanometer.
26:52Place the disc vertically on top of the magnet.
26:54And connect it to the galvanometer
26:56And he began, my dear, to spin the disc
26:58The galvanometer after the disc has been rotated
26:59Continent with pilot
27:01The more the disc spins, the faster the spin becomes.
27:04The pilot is increasing
27:05When the direction of the disc's rotation changes
27:07The pilot changes direction
27:09So, my dear, we can bring this direction
27:11We use Fleming's rule for this today.
27:13It is exactly the same rule, my dear.
27:15What's this, Clemeen? You're going to make a gun?
27:17thumb
27:18Like
27:18With the direction of wire movement
27:19and the index finger
27:20With the direction of the field
27:21Look, believer, glory be to God
27:22Central Heurek
27:24The pilot is heading alone
27:25So, my dear, that's how the first engine worked individually.
27:27and the first electric generator
27:28And he planted the seed of the first transformer
27:30But just like an individual
27:31He didn't write the engine law.
27:32He also didn't write the law of dynamo.
27:34The great scientist Maxwell
27:35He is the one who will discover the law of electromagnetic induction.
27:381865
27:40And this, my dear, will appear in his research paper under the name
27:42Theoretical Dynamics
27:43Oh, this is electromagnetic elephant
27:45So, my dear, pious, great Maxwell
27:47It will gather and provide everything we know about electricity at this time.
27:52Also, my dear, he will explain things to us like electric airplanes.
27:56Induction and magnetic field
27:58All this talk
27:59He will also bring together the ideas of Amber, Klum, and Freddie.
28:03And other ideas
28:04And all of this is transformed
28:06For mathematical equations
28:07She explains all of this to us
28:08Integrated mathematical equations
28:10One of the most important is the equation for electromagnetic induction.
28:13This great equation in front of you
28:15So, my dear Maxwell, he's paving the way.
28:17For anyone interested in studying electricity
28:19Indeed, a year after the publication of his research
28:21Your uncle Simmons comes along and decides that it's him
28:23He will develop in a single generator
28:25The generator that required a permanent magnet
28:27So that he can generate the field
28:28But unfortunately, my dear, this was expensive and poor quality.
28:31Here, Siemens will decide that he is the one to replace
28:33magnetic field
28:35The pilot is following my instructions.
28:37It acts as a magnet
28:38He wakes him up
28:39A magnet like that, it's a magnet
28:40And it creates, my dear, the first self-stimulating generator
28:44First Selfie Excitation Generator
28:45God, by the grace of God, is something inspiring.
28:47I wish it would still be a generator, my dear.
28:48To protect myself
28:49Could you please, my dear, urge me to shed your blood?
28:50You are on public transport
28:51And you got close
28:52Here, my dear, we see the first commercial electric generator
28:54He is capable of producing enough pilots; he operates the equipment.
28:57If we come, my dear, you will make us a single generator
28:59He didn't even know how to turn on a lightbulb.
29:01Not just because he was supplying you with weak planes
29:02But also because there was no light bulb at that time
29:04My dear, this is the station of her journey.
29:06It was used in scientific research
29:07And in some applications
29:08For example, metal purification
29:10Or divorce her
29:11We color it
29:12We also used them in telegraph machines.
29:14Which is Morse code
29:15Remember
29:15S and S, otherwise
29:16But all of this changes after Siemens was born
29:19And here, my dear G, is the Age of Enlightenment.
29:21And here, my dear, I am speaking literally about enlightenment.
29:22Not for Professor Ibrahim Issa
29:23We are now in the age of the light bulb.
29:25The Thomas Edison era
29:261878
29:28The world was using Davy's arc lamps
29:31So here Edison decides that he needs to make a light bulb.
29:33Like I told you
29:34Cheapest and safest
29:35The lightbulb will burn the kids
29:37Those who knew, my dear, were that Quraidi had made several attempts to meet him on this topic.
29:40But there were some problems with these designs.
29:42For example, once they used the behavior of "its price is high".
29:45For example, the behavior of platinum
29:46So the light bulb won't become widespread and won't remain commercially available.
29:48You're buying a lightbulb that's more expensive than the house.
29:49A commercial light bulb is being made again.
29:51A little cheaper
29:52But the problem is that it keeps turning off very quickly.
29:54Until Thomas Edison comes along and scores a hat trick
29:57The light bulb works for you cheaply and practically
30:00Her problem, my dear, was how to imagine that wick getting hot.
30:02The light bulb turns on without the bulb's filament burning out.
30:05And all of this is done using cheap materials.
30:08Here Edison decides to act like any inventor and experiment
30:11Specialized, eat what you try
30:12It is said, my dear, that more than 6000 materials are used to test the wick.
30:16Some people, my dear, say ten thousand
30:18Because of the year 1879
30:20He succeeds in using a carbon filament made from burnt cotton threads.
30:25They are placed inside a vacuum-sealed bottle.
30:28We will connect this with a continuous pilot dynamo.
30:31And what was the result, my dear?
30:32A light bulb that glows in a warm color for more than 40 hours
30:36So suddenly, my dear, how can something called night exist?
30:38We don't do anything there
30:39We don't mention it, we don't write in it, we don't create in it, we don't do anything.
30:42Nothing happens there except that we sleep.
30:45Or we try to sleep
30:46At least, at least we can't see anything in front of us.
30:48The lightbulb will come and tell you
30:49You have 12 hours a day
30:51It doesn't help the marginalized
30:51You can have your employees work shifts.
30:53It happened so suddenly, my dear
30:54Unlock for productivity, for the world, for time, and for entertainment.
30:59For every need in the world
31:01The important thing, my dear, is that we are on October 21, 1879
31:04And Edison Behard's lamp was the first of its kind in the world.
31:07And let people walk in the streets of Milwaukee Park
31:09And it's lit up by their lights.
31:10From this moment, my dear, people stared
31:12Electricity isn't just for scientists.
31:14Electricity for the whole world
31:15And the citizen who was hesitant to buy Edison bulbs
31:18I'm not hesitant anymore.
31:19The only one, my dear, who remained hesitant to solve my secret
31:22He is a Tesla pilot
31:23On this day, my dear, June 18th, 2024
31:26Something very important is happening
31:26Dahia is releasing an episode about Tesla.
31:28And Habbad might be inserting yourself into the center of the universe
31:30Blood for you like that
31:30Rewarding your work, may God bless you.
31:31My dear friend, this is an important and foundational day in the history of the Arab world.
31:35In this episode, my dear, we talked
31:36About the war of airplanes
31:37Between Edison and Tesla
31:38The hesitant pilot and the persistent pilot
31:40The episode, my dear, if you remember, the iron, I mean
31:43It ended with the victory of Tesla's hesitant pilot.
31:45And Tesla's loss
31:46It ended with the defeat of pilot Edison
31:48Edison's victory
31:49If you'd like to know more
31:50Go watch the episode, I recommended it
31:51But what concerns us now
31:52During wartime
31:53The world benefited
31:54Edison and Pilot Continuous Lights illuminate the world
31:56Like I told you, today is longer
31:58And people are now able to work longer hours
32:00Tesla pilot's hesitant face
32:01Operation of efficient power generation plants
32:04We are now able to generate electricity in one central location.
32:07We travel very long distances
32:08Without losing too much of its energy
32:11This is because after the invention of the electrical transformer
32:13In the mid-eighties
32:14The transformers were estimated to raise the voltage at the station.
32:17And then you go back as soon as you get to the house and the factories
32:19Reduce
32:20That's not all, my dear.
32:21During this same period
32:22The world understands what electricity means
32:23Why Thompson, my dear
32:24He discovered that the one who walks on this wire
32:26negatively charged particle
32:28A particle smaller than an atom
32:30And he named it, if you remember, the electron
32:32Electron was named after amber.
32:34The one we used to work with in wool
32:36It was generating electricity
32:37What we started the episode with 2600 years ago, if you remember
32:40And that's how it is, my dear
32:41After all of Hughes' revolutionary discoveries and new inventions
32:44Our ability to generate reliable and safe electricity
32:47The real technological revolution has begun.
32:49The place that was operated by steam or manually
32:52It is powered by a small electric motor.
32:54And you used to carry the coal sack and fill it with ash.
32:56I love making it like the "Dream Show" with Mustafa Al-Agha.
32:59With the push of a button
32:59And here the door opened wide to huge production lines
33:02And this, my dear, is the beginning of the image of modern industry.
33:04From the first spinning and weaving factories to electric vehicles
33:07Marconi borrowed Tesla's inventions
33:09And the first wireless radio signal was sold
33:11Radio was allowed to be used in armies.
33:13Ships and navigation have even become used in homes.
33:16The houses are still there, my dear, you lived, you lived
33:18You can't imagine it
33:19The condition of the house before electricity is completely different from its condition after electricity is added.
33:22I think before electricity there was no such thing as laziness
33:24They were inventors
33:25A refrigerator, a fan, a washing machine, a television—anything the bride needs.
33:28Beauty, my dear, you've brightened up
33:30And in the dreamlike search area, the electricity didn't stop.
33:32This is because the year 1904
33:33The scientist John Ambrose Fleming
33:35He was thinking about the problem of radio and telegraph reception and its impact.
33:38The signals are often weak.
33:40And sometimes it doesn't show up at all.
33:41Fleming invented the diode
33:42or industrial industry
33:43Which allowed the pilot to fly in only one direction
33:47It transforms a hesitant pilot into a persistent pilot.
33:49no
33:50It can also filter signals for you
33:51Because two years after it was invented
33:53It develops and remains in Riod
33:55On the hand of Lady Force
33:56And the only one who can control the pilot
33:57No, it can also grow based on incoming signals.
34:00And here, my dear, we can say it with a pronoun of someone from the tribe of...
34:02Amplifier
34:03Since we've reached the amplifier, my dear
34:05So we want to take you by the hand and go to a very important date.
34:08July 20, 2021
34:10On this date, my dear Al-Daheeh released an episode titled "The Transistor"
34:14The episode that everyone benefited from
34:16But no one understood it except Jenson Huang
34:19And he still didn't understand it because it wasn't very Taiwanese.
34:22You can appreciate it, my dear, after all that you've heard.
34:24With the Tesla episode, you go and listen to this episode
34:26A quick challenge on the gates
34:28Then you go and analyze the Sudanese exams
34:29May God bless what He has provided.
34:31That's what you should be doing.
34:32What can make you successful in physics?
34:36Success in this world and generosity is what we are talking about.
34:39Research, my dear, and development in the field of electricity.
34:41It's still ongoing.
34:43Ironically, the electricity is currently flowing.
34:45It is going back on the things that were left behind.
34:47Going back to the past
34:47The future isn't the past
34:49For example, Japan is trying to do what Franklin did.
34:52For more than 200 years
34:53It tries to store energy from lightning.
34:55It's true the topic isn't commercial yet.
34:57However, he is receiving attempts from the Japanese government
35:00In storing this energy
35:01We also see, as we saw in episode B and ED
35:03Developments in battery technology and electric vehicles
35:06And I replaced the gasoline with electricity
35:08No, take the heavy stuff now.
35:09There is a dream, my dear, of doing away with batteries themselves.
35:13It's true that, for now, it's still just a dream, like Tesla's old dream of electricity and Wi-Fi.
35:17Oh, my dear
35:17Tesla wanted to create a global electrical system without wires.
35:20The phone stays in my pocket and charges
35:21Dreams, my dear, are only for humans
35:31When JPMorgan Chase withdrew its financial support, it felt that the project could provide electricity for free.
35:38In this case, we won't be able to control Boba's nerves.
35:39First thing
35:40So take advantage of it
35:41This, my dear, is almost the same concept as the agreement with the light bulb companies.
35:45We make lamps have a lifespan.
35:47So we know where to sell and where to find a trader
35:49We'll bring you a lightbulb and it'll last you a lifetime.
35:50This isn't your mother
35:51But the truth is that there are companies today trying to revive Tesla's dream.
35:56And there are companies that have already achieved it in wireless charging.
35:58It's possible at the level of cars and it's possible at the level of mobile phones.
36:01Let's look at countries like Germany and Sweden at this level, my friend.
36:04They create routes under which escape files are hidden.
36:06So you could still charge a car and drive
36:08Of course, my dear, all of this is in the research stages.
36:10It's not far-fetched to imagine all the things we dream about and see in science fiction movies.
36:14I've achieved something, and it's not far-fetched, my dear, that someone might be watching this episode.
36:16And it inspires him, it inspires him, so he's having an invention, like this, like that.
36:21Start this way, finance this way, the company is multi-billion dollar
36:25And then Mona El Shazly comes along and says, "I love her," and all this, and all this picture.
36:29The Dahya that Consi explained to you is being fed through a water hose
36:33Honestly, I thank him and I won't refuse the gift.
36:36Go ahead and dream, my dear, because it's not far off in a few years.
36:38We find that everything I see in movies comes true.
36:40The story of electricity, my dear, had no beginning.
36:42And it has no end so far
36:44The story of a fish that electrocutes fishermen
36:45And the fetus moves after death.
36:47And the cars are not alone
36:48A story in the form of a puzzle
36:49Every scientist, every inventor, and every businessman put a piece in it.
36:53Nobody saw the whole picture
36:54But everyone was just playing their part.
36:56Nobody knew we would make a start in the future
36:59Where are its boundaries?
36:59Is it limited to the periphery or not? It benefits people.
37:02Is it just a stage act?
37:04And no real change in the shape of the planet and the shape of humanity?
37:06Nobody knew what we would see in the future
37:08But everyone knew there was something we needed to explore.
37:11In a completely unknown world that could change our lives
37:14We just need to study it and understand it.
37:15Surely someone can apply and benefit from our discoveries.
37:18It's strange, my dear, if he were to contemplate you
37:19The story of the electron that can travel through a wire
37:21Human beings die, and he himself is adorned
37:23The same electron that can do this for us
37:25All the scientific and intellectual revolution that exists around us
37:29There couldn't have been internet access.
37:30It couldn't have kept a computer in it.
37:32It was impossible for devices to remain in it.
37:33It treats and helps all people all the time
37:36Without this electron, which is capable of killing and healing
37:40That's it, my dear, finally, or rather, not finally.
37:42It's not the time to watch past episodes if you're still studying.
37:43But after you finish studying
37:45Watch the previous and upcoming episodes
37:47Go down and look at the sources
37:48Please subscribe to the YouTube channel.
37:49This is not just a review episode
37:51This is a complete scientific episode in its own right.
37:52But we said we'd take advantage of the circumstances and the market for students and such.
37:55Because they
37:56I watched the episode, I didn't expect it
37:58You have another role, my dear
37:59You have another view
38:00Never mind, let him live.
38:01I am consoling you with time so that I may lose all doubt in you.
38:03Once, my dear engineer, I arrested him like a cart.
38:04Oh God, protect us, and praise be to Him.
38:06So that, my dear, you can guide his behavior
38:07But this is really bad, Hamad.
38:08But deny that it involves effort
38:09Honestly, Hamad, I deny it
38:10That's how you get up