TED Talks - آموزش زبان

🔴A brief history of Spanish Beginning in the 3rd century, before the coming era, the Romans conquered the Iberian Peninsula. This period gave rise to several regional languages in the area that's now Spain, including Castilian, Catalan and Galician. One of these would become Spanish— but not for another 1,500 years. Those years tell the origin story of what’s become a global modern language. During the Roman occupation, colloquial spoken Latin, often called “Vulgar Latin,” mixed with Indigenous languages. Approximately 75% of modern Spanish comes from Latin, including syntactic rules. For instance, verbs are conjugated in a similar way as in Latin. And like other Roman languages, nouns have gender: el sol, the sun, is masculine, whereas la luna, the moon, is feminine. After the Roman Empire collapsed, a series of other powers conquered the region. First came the Visigoths starting in the 5th century of the common era. They spoke an eastern Germanic language that would eventually become part of German and lent a few words to the language that would become Spanish. Then the Umayyad Caliphate ousted the Visigoths. They spoke Arabic, which left a strong mark on modern Spanish: over a thousand words come from Arabic. These often have a starting “a” or “z” sound, and sometimes include an “h.” In 1492, the Catholic Church consolidated its power through two monarchs, Isabella and Ferdinand, expelling Muslims and Jews, combining the distinct regional kingdoms into one nation, and adopting one of the local languages as the official state language. That language was Castellano, or Castilian, from the Kingdom of Castile, which was centrally located in Spain and home to Madrid. Thereafter Castellano became Español, or Spanish. But the Spanish of 1492 was Old Spanish, very different from Spanish today. That same year, Christopher Columbus sailed across the Atlantic Ocean, marking the start of the Spanish conquest of the Americas. The Indigenous population of the Americas spoke an estimated 2,000 different languages. Over the next few decades, most of them were forced to adopt Spanish at the expense of their own languages. Still, words from Indigenous languages became part of Spanish. From Nahuatl, the language of the Aztec Empire, came words with “ch” and “y” like “chapulin” and “coyote.” From Quechua, a language spoken in the Peruvian Andes, came words with “ch” like “cancha,” “chullo,” and “poncho.” Some of these words describe things that hadn’t existed in the Spanish lexicon before, while others replaced existing Spanish words even in Spain. By the time Miguel de Cervantes published the first part of “Don Quixote” in 1605, the language was arguably more similar to modern Spanish than plays of one of his contemporaries, William Shakespeare, were to modern English. Starting in the 18th century, French language and culture were extremely fashionable in Spain, and later Hispanic America. While the two languages already had commonalities from their shared roots in Latin, Spanish gained new words from French during this period. In the 19th century, all over Central and South America, people revolted to gain independence from Spain. In the newly sovereign nations, people continued to speak the language of their former oppressors. Today, there are approximately 415 million inhabitants of Hispanic America. Spanish is the official language of 21 countries and Puerto Rico. As of 2021, only English, Mandarin, and Hindi have more speakers.

🔴A brief history of Spanish #Culture #Education #History #Language #TED_Ed #Animation 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

🔴Smart solutions to decarbonize buildings We spend something like 90 percent of our whole life indoors. It's everything from your own home to companies and factories. We get married in those places, our children are born, some great scientist invents a cure for disease in those buildings. But buildings are some bad news for the climate. [In the Green: The Business of Climate Action] [Presented by TED Countdown and The Climate Pledge] [Katie McGinty Company: Johnson Controls] Buildings contribute about 40 percent of global greenhouse gas emissions. They represent the biggest growing piece of electricity consumption and demand in the world. We're not cracking this climate change challenge unless we decarbonize those buildings. When you look at a building, there are key aspects of it that enable it to run. It’s the heating and cooling; it’s the lighting; it's all of our appliances. All of those things together add up to a very significant energy load and a big cost. That's what we can go after. Replace the old HVAC. Get rid of the old incandescent lights and add the new LEDs. Put in those windows that have high efficiency. That's where digital smarts come in, where you can add sensors in a building that say, “Hey, nobody’s in this part of the building, so let's ratchet back that air conditioning that’s otherwise blasting.” And don't worry about the upfront cost. Why? Because upgrading will generate savings that now can be used to finance the project in the first place. You're cutting 20, 40, 80 percent of that energy bill. When organizations begin to look at this journey toward sustainability and net-zero, a whole lot of unexpected promise comes to the fore. The head of a public housing authority, for example, just wanted to cut some costs, but get into the effort. And here's what came to life. That the new community solar garden became green energy efficiency tech jobs for the local community. And that translated into something else: a sense of empowerment, ownership, engagement by that community, and effort to bring cost down lifted the entire community up. We're at a turning point where piecemeal action is catalyzing whole communities to take action like never before, and they can do it on the basis of the tangible examples that prove the point that climate action is actually not only good for the environment, but it cuts costs and it creates jobs at the same time. You know, buildings are pretty important in our lives. Buildings aren't just bricks and mortar. With technology and partnership, we can change those buildings into flexible, agile assets, and it is bringing us the opportunity to tackle big issues like climate change. #Environment #Science #Sustainability #Business #Pollution #Women_In_Business #Countdown 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

🔴Smart solutions to decarbonize buildings #Environment #Science #Sustainability #Business #Pollution #Women_In_Business #Countdown 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

What would that look like? A post-growth economy wouldn’t assume that the economy should grow; instead, it would require us to focus on improving what we really need— things like renewable energy, healthcare, and public transportation. To do that, post-growth economists suggest that rich countries should do things like guarantee living wages, reduce wealth and income inequality, and ensure universal access to public services, like healthcare. In such an economy, people would be theoretically less dependent on their jobs to earn their living or get healthcare, so it might be more feasible to scale down production of things deemed less necessary. But this raises other questions: who gets to define what’s necessary? How would we resolve the inevitable disagreements? Could we really do away with entire industries? The “we’ll come up with new ideas to solve these problems” approach can seem as realistic as, well, a magical gold coin. And the “we have to fundamentally change our economies” approach can seem politically daunting, particularly in rich countries. One way or another, we have to find a way to benefit everyone while also taking care of our planet. #Economics #Education #Money #Government #TED_Ed #Natural_Resources #Animation 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

🔴Can the economy grow forever? Let’s say you discover a magical gold coin that doubles every 25 years. 75 years later, you’d only have eight coins. But 1,000 years later, you’d have over a trillion. And in just 4,600 years, your gold coins would outweigh the observable universe. This periodic doubling is an example of exponential growth, and while we’re not in any danger of discovering a real-life golden goose-coin, something almost as consequential has been growing like this for the past 200 or so years: the global economy. Many economists think that an eternally growing economy is necessary to keep improving people’s lives, and that if the global economy stops growing, people would fight more over the fixed amount of value that exists, rather than working to generate new value. That raises the question: is infinite growth possible on a finite planet? We measure economic growth by tracking the total financial value of everything a country (or the world) produces and sells on the market. These products can help us meet basic needs or improve our individual and collective quality of life. But they also, crucially, take resources to invent, build, or maintain. For example, this smartphone. It’s valuable in part because it contains aluminum, gallium, and silicon, all of which took energy and resources to mine, purify, and turn into a phone. It’s also valuable because of all the effort that went into designing the hardware and writing the software. And it’s also valuable because a guy in a black turtleneck got up on stage and told you it was. So how do we grow the total financial value of all things? One way is to make more things. Another way is to invent new things. However you do it, growing the economy requires resources and energy. And eventually, won’t we just run out? To answer this question, let's consider what goes into the economy and what comes out of it: its inputs are labor, capital— which you can think of as money— and natural resources, like water or energy. Its output is value. Over the past 200 years, economies have gotten exponentially more efficient at producing value. If we, as a species, are able to keep upgrading our economies so that they get ever-more efficient, we could theoretically pump out more and more value using the same— or, let’s be really ambitious here— fewer resources. So, how do we do that? How do we increase efficiency? With new technologies. This is where we hit a snag. New tech, in addition to making things more efficient, can also generate new demand, which ends up using more resources. We’re actually not in imminent danger of running out of most resources. But we have a much bigger and more immediate problem: the global economy, and in particular those of rich countries, is driving climate change and destroying valuable natural environments on which all of us depend— soil, forests, fisheries, and countless other resources that help keep our civilization running. So, what should we do? This is where economists disagree. Most economists think that new ideas will be able to fix most of these problems. They argue that, in the same way that exponentially increasing resource and energy use have fueled exponential economic growth, human ingenuity has also increased exponentially, and will rise to meet these challenges in ways that we simply can't predict. For example, between 2000 and 2014, Germany grew their GDP by 16%, while cutting CO2 emissions by 12%. That’s impressive, but it’s not cutting emissions fast enough to limit warming to 1.5 degrees Celsius. For this reason and others, some economists think the solution is to reengineer our economies completely. They make the case that what we should really be doing is weaning ourselves from the addiction to growth and shifting to a post-growth economy.

🔴Can the economy grow forever? #Economics #Education #Money #Government #TED_Ed #Natural_Resources #Animation 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

🔴8 secrets of success This is really a two-hour presentation I give to high school students, cut down to three minutes. And it all started one day on a plane, on my way to TED, seven years ago. And in the seat next to me was a high school student, a teenager, and she came from a really poor family. And she wanted to make something of her life, and she asked me a simple little question. She said, "What leads to success?" And I felt really badly, because I couldn't give her a good answer. So I get off the plane, and I come to TED. And I think, jeez, I'm in the middle of a room of successful people! So why don't I ask them what helped them succeed, and pass it on to kids? So here we are, seven years, 500 interviews later, and I'm going to tell you what really leads to success and makes TEDsters tick. And the first thing is passion. Freeman Thomas says, "I'm driven by my passion." TEDsters do it for love; they don't do it for money. Carol Coletta says, "I would pay someone to do what I do." And the interesting thing is: if you do it for love, the money comes anyway. Work! Rupert Murdoch said to me, "It's all hard work. Nothing comes easily. But I have a lot of fun." Did he say fun? Rupert? Yes! TEDsters do have fun working. And they work hard. I figured, they're not workaholics. They're workafrolics. Alex Garden says, "To be successful, put your nose down in something and get damn good at it." There's no magic; it's practice, practice, practice. And it's focus. Norman Jewison said to me, "I think it all has to do with focusing yourself on one thing." And push! David Gallo says, "Push yourself. Physically, mentally, you've got to push, push, push." You've got to push through shyness and self-doubt. Goldie Hawn says, "I always had self-doubts. I wasn't good enough; I wasn't smart enough. I didn't think I'd make it." Now it's not always easy to push yourself, and that's why they invented mothers. (Applause) Frank Gehry said to me, "My mother pushed me." Serve! Sherwin Nuland says, "It was a privilege to serve as a doctor." A lot of kids want to be millionaires. The first thing I say is: "OK, well you can't serve yourself; you've got to serve others something of value. Because that's the way people really get rich." Ideas! TEDster Bill Gates says, "I had an idea: founding the first micro-computer software company." I'd say it was a pretty good idea. And there's no magic to creativity in coming up with ideas -- it's just doing some very simple things. And I give lots of evidence. Persist! Joe Kraus says, "Persistence is the number one reason for our success." You've got to persist through failure. You've got to persist through crap! Which of course means "Criticism, Rejection, Assholes and Pressure." So, the answer to this question is simple: Pay 4,000 bucks and come to TED. Or failing that, do the eight things -- and trust me, these are the big eight things that lead to success. Thank you TEDsters for all your interviews! #Culture #Business #Entertainment #Psychology #Happiness #Success #Work 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

🔴8 secrets of success #Culture #Business #Entertainment #Psychology #Happiness #Success #Work 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

All of this creates a vicious cycle, forcing a continued reliance on the corporations that helped create the situation in the first place. More than half of Mali’s citizens live below the international poverty line, while their nation’s wealth lines the pockets of foreign corporations and corrupt officials. #Business #Corruption #Education #Africa #History #Money #Government #Animation 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

🔴The true cost of gold Gold is one of Earth’s most valuable resources, with one kilogram regularly valued at over 55,000 US dollars. In 2020, Mali produced an estimated 71.2 tons of gold. But Mali only saw $850 million from gold in 2020, when that amount is worth billions, not to mention that the country likely produced much more than the reported 71.2 tons. The situation isn’t unique: a number of other gold-rich countries in Africa, including Mauritania, Senegal, Guinea, Cote d’Ivoire, Ghana, Burkina Faso, and Niger also aren’t seeing the income they should, given the price of gold. The force behind this is greed on an individual, corporate, and national scale, and a corrupt system that perpetuates itself. Although Mali has abundant gold, the country lacks the infrastructure to mine and export it. So the government allows multinational corporations to apply for licenses to mine gold in exchange for taxes paid to Mali’s government. These taxes should, theoretically, finance development, like building the infrastructure to mine gold, improve the economy, and provide citizens with public goods like healthcare and education. Tax money alone isn’t enough to do these things, of course: a government also has to be invested in its people’s well-being, and government corruption can prevent progress. But without adequate funds, even the best intentioned government doesn’t stand a chance of improving circumstances for its citizens. Foreign corporations exploit Mali’s need for tax revenue to get the government to sign on to very unfavorable yet perfectly legal contracts. For example, one such contract stated that no corporate taxes would be owed for the first five years, costing Mali millions in tax revenue. Meanwhile, mining licenses sometimes allow these corporations to take samples of gold out of the country without registering them or paying taxes on them. These should be small amounts of gold used to test for quality, but the license doesn’t limit the size of samples, so this creates a loophole where corporations export large amounts of gold without paying any tax. The multinational corporations are also evading taxes they are legally required to pay. They filter profits through a labyrinth of tax havens that’s difficult to trace. Or they exaggerate their expenses so they end up owing very little in taxes. For instance, a corporation in Mali uses a subsidiary in Ireland to manage its operations and another subsidiary in the Netherlands to license its brand name. The corporation in Mali pays management fees to the Irish subsidiary and pays intellectual property license fees to the Dutch company, all for enormous sums. These costs are deducted from overall profits, leaving the amount subject to taxes at a bare minimum. These companies also buy gold on the black market. Local, small-scale miners often operate without a license, so the government is unaware of how much gold they mine. Corporations buy gold from these miners, avoiding the cost of mining the gold themselves, and pay the miners far below market value. Then they turn around and tell the government they incurred huge expenses mining gold they didn’t mine at all. There’s no way for Mali’s revenue authority to verify this information, causing the country to lose even more tax money. Similarly, corporations pay corrupt government officials to help them smuggle gold across borders, primarily to the United Arab Emirates, rather than operating through legal channels. In 2016, Mali reported around $200 million of exported gold, but the UAE reported receiving slightly over $1.5 billion of imported gold from Mali that same year. The gold is then sold to European, American, and Asian markets from the UAE, with no questions asked about its origins. Similar patterns can be seen with gold-rich countries across Africa, indicating that gold smuggling is happening on a massive scale, without ever being subject to taxes.

🔴The true cost of gold #Business #Corruption #Education #Africa #History #Money #Government #Animation 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

برای دانلود کتاب Get IELTS Band 9 Speaking جهت تقویت اسپیکینگ به لینک زیر مراجعه کن 👇👇 https://b2n.ir/y85069 Join ➣ @BestIELTS ☜عضويت www.bestielts.ir

🔴Kids are speaking up for the environment. Let's listen My name is Olafur Eliasson. I'm an artist. I work with natural phenomena, the weather, climate, environment and our future, one could say. I was very inspired by youth movements, how young people actually have organized themselves in order to be heard. For some time now, I have in fact collaborated with young people -- they are the artists as well, in this case -- to make a project "Earth Speakr," where we, the grown-ups, can listen to them. So join me in listening to them talking about the environment, and about the climate, about the future, and see what they have to say. Girl 1: With "Earth Speakr," I can share my voice to anything I see. It's a platform for us to speak up and for the world to hear us. I could put a face on anything around me and say my message. Hey, excuse me, I can see you. (Recorded voice) Hey, excuse me. I can see you. Kids can be the experts. When we come together, we can find the answers. All you have to do is listen. Boy 1: Fight for our future. (Italian) Help me to live 1,000 years more. (German) I am hungry! Boy 2: It's our future, and it's getting hotter. (Recorded voice) It's our future, and it's getting hotter. If I see a message I like, I can share it with my friends and family. Girl 2: It's so cool because we can share our voices, we can hear others, and that's how we know that we're not alone in this fight. And if enough of us make messages, then the grown-ups will have to listen to us. Then we can really make a change in the world. (Polish) I was so dry before I got watered! (Portuguese) Hello! My message would be that all houses should have solar panels! (French) Hey, I am Willy from the Earth! Girl 3: Imagine every place being as green as me. This can be your future. OE: See? Their imagination is just so inspiring, I think, and gives me hope also, frankly speaking. So in "Earth Speakr," only kids can speak, and the grown-ups are listening, right? Of course, I still have an ask for you, as a grown-up, go and make a Speakr message with a kid and send it out into the world. Make sure that the kid feels "Wow! Somebody's listening to me." Because if we do that, I think the future might be shaping in the right direction. Thank you. #Climate_Change #Environment #Technology #Nature #Art #Countdown 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

🔴Kids are speaking up for the environment. Let's listen #Climate_Change #Environment #Technology #Nature #Art #Countdown 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

Other innovators are tinkering with the fundamental chemistry of concrete. Some are investigating ways to reduce emissions by decreasing the cement in concrete. Still others have been working to uncover and replicate the secrets of Roman concrete. They found that Pliny’s remark is literally true. The Romans used volcanic ash in their cement. When the ash interacted with seawater, the seawater strengthened it— making their concrete stronger and more long-lasting than any we use today. By adding these findings to an arsenal of modern innovations, hopefully we can replicate their success— both by making long lasting structures, and ensuring our descendants can admire them thousands of years from now. #Climate_Change #Science #Sustainability #Technology #Invention #Education #Energy #TED_Ed #Animation #Electricity 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

🔴The material that could change the world ... for a third time Thousands of years ago, the Romans invented a material that allowed them to build much of their sprawling civilization. Pliny the Elder praised an imposing sea wall made from the stuff as “impregnable to the waves and every day stronger.” He was right: much of this construction still stands, having survived millennia of battering by environmental forces that would topple modern buildings. Today, our roads, sidewalks, bridges, and skyscrapers are made of a similar, though less durable, material called concrete. There’s three tons of it for every person on Earth. And over the next 40 years, we’ll use enough of it to build the equivalent of New York City every single month. Concrete has shaped our skylines, but that's not the only way it's changed our world. It’s also played a surprisingly large role in rising global temperatures over the last century, a trend that has already changed the world, and threatens to even more drastically in the coming decades. To be fair to concrete, basically everything humanity does contributes to the greenhouse gas emissions that cause global warming. Most of those emissions come from industrial processes we often aren’t aware of, but touch every aspect of our lives. Look around your home. Refrigeration— along with other heating and cooling— makes up about 6% of total emissions. Agriculture, which produces our food, accounts for 18%. Electricity is responsible for 27%. Walk outside, and the cars zipping past, planes overhead, trains ferrying commuters to work— transportation, including shipping, contributes 16% of greenhouse gas emissions. Even before we use any of these things, making them produces emissions— a lot of emissions. Making materials— concrete, steel, plastic, glass, aluminum and everything else— accounts for 31% of greenhouse gas emissions. Concrete alone is responsible for 8% of all carbon emissions worldwide. And it’s much more difficult to reduce the emissions from concrete than from other building materials. The problem is cement, one of the four ingredients in concrete. It holds the other three ingredients— gravel, sand, and water— together. Unfortunately, it's impossible to make cement without generating carbon dioxide. The essential ingredient in cement is calcium oxide, CaO. We get that calcium oxide from limestone, which is mostly made of calcium carbonate: CaCO3. We extract CaO from CaCO3 by heating limestone. What’s left is CO2— carbon dioxide. So for every ton of cement we produce, we release one ton of carbon dioxide. As tricky as this problem is, it means concrete could help us change the world a third time: by eliminating greenhouse gas emissions and stabilizing our climate. Right now, there’s no 100% clean concrete, but there are some great ideas to help us get there. Cement manufacturing also produces greenhouse gas emissions by burning fossil fuels to heat the limestone. Heating the limestone with clean electricity or alternative fuels instead would eliminate those emissions. For the carbon dioxide from the limestone itself, our best bet is carbon capture: specifically, capturing the carbon right where it’s produced, before it enters the atmosphere. Devices that do this already exist, but they aren’t widely used because there’s no economic incentive. Transporting and then storing the captured carbon can be expensive. To solve these problems, one company has found a way to store captured CO2 permanently in the concrete itself.

🔴The material that could change the world ... for a third time #Climate_Change #Science #Sustainability #Technology #Invention #Education #Energy #TED_Ed #Animation #Electricity 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

🔴What Wikipedia teaches us about balancing truth and beliefs? #Global_Issues #Business #Collaboration #Education #Innovation #Democracy #Internet #Trust 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜

And it was only when I was trying to unthread that that I finally began to comprehend the strange and unlikely psychological connection in our lives between the way we experience great failure and the way we experience great success. So think of it like this: For most of your life, you live out your existence here in the middle of the chain of human experience where everything is normal and reassuring and regular, but failure catapults you abruptly way out over here into the blinding darkness of disappointment. Success catapults you just as abruptly but just as far way out over here into the equally blinding glare of fame and recognition and praise. And one of these fates is objectively seen by the world as bad, and the other one is objectively seen by the world as good, but your subconscious is completely incapable of discerning the difference between bad and good. The only thing that it is capable of feeling is the absolute value of this emotional equation, the exact distance that you have been flung from yourself. And there's a real equal danger in both cases of getting lost out there in the hinterlands of the psyche. But in both cases, it turns out that there is also the same remedy for self-restoration, and that is that you have got to find your way back home again as swiftly and smoothly as you can, and if you're wondering what your home is, here's a hint: Your home is whatever in this world you love more than you love yourself. So that might be creativity, it might be family, it might be invention, adventure, faith, service, it might be raising corgis, I don't know, your home is that thing to which you can dedicate your energies with such singular devotion that the ultimate results become inconsequential. For me, that home has always been writing. So after the weird, disorienting success that I went through with "Eat, Pray, Love," I realized that all I had to do was exactly the same thing that I used to have to do all the time when I was an equally disoriented failure. I had to get my ass back to work, and that's what I did, and that's how, in 2010, I was able to publish the dreaded follow-up to "Eat, Pray, Love." And you know what happened with that book? It bombed, and I was fine. Actually, I kind of felt bulletproof, because I knew that I had broken the spell and I had found my way back home to writing for the sheer devotion of it. And I stayed in my home of writing after that, and I wrote another book that just came out last year and that one was really beautifully received, which is very nice, but not my point. My point is that I'm writing another one now, and I'll write another book after that and another and another and another and many of them will fail, and some of them might succeed, but I will always be safe from the random hurricanes of outcome as long as I never forget where I rightfully live. Look, I don't know where you rightfully live, but I know that there's something in this world that you love more than you love yourself. Something worthy, by the way, so addiction and infatuation don't count, because we all know that those are not safe places to live. Right? The only trick is that you've got to identify the best, worthiest thing that you love most, and then build your house right on top of it and don't budge from it. And if you should someday, somehow get vaulted out of your home by either great failure or great success, then your job is to fight your way back to that home the only way that it has ever been done, by putting your head down and performing with diligence and devotion and respect and reverence whatever the task is that love is calling forth from you next. You just do that, and keep doing that again and again and again, and I can absolutely promise you, from long personal experience in every direction, I can assure you that it's all going to be okay. Thank you. #Creativity #Success #Writing #Personal_Growth 🎙Join ➣ @TEDTalksLearning ☜ 🎙Join ➣ @TEDTalksLearning ☜