How A Heart Attack Killed Health Obsessed Michael Clarke Duncan | Our History

Michael Clarke Duncan found fame at the age of 42, playing the gentle giant John Coffey in The Green Mile. The 6-foot 5-inch actor went on to star in a string of Hollywood blockbusters but he wasn't a typical Hollywood star. He was obsessed with working out and eating well so when he suffered a sudden heart attack in 2012, from which he eventually died, rumours of a conspiracy emerged. Now world-renowned medical examiner Dr Michael Hunter is investigating Michael Clarke Duncan's mysterious death at the age of just 54
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This film was first broadcast: 14 Apr 2019

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Start your journey of discovery with Our History, as we bring you eye-opening documentaries and educational programmes about our world history. We will guide you through awe-inspiring events from our past and help you get a deeper understanding of current affairs and global events that have shaped the world we live in today.

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Frequently Asked Questions

What is the greatest thing about history?

This question doesn't have an easy answer. When thinking about learning, there are three key points you should consider. First, we must realize that knowledge is power. We must also recognize the fact that knowledge is cumulative. Third, knowledge is constantly changing.

Knowledge is power. This empowers us with the knowledge we need to make better decisions and live better lives. We wouldn't have any problems making decisions if we had perfect information. We would always do what is best for us, and not worry about whether it was wrong or right.

Knowledge, although it is power, is also cumulative. This means that knowledge is not only powerful, but also cumulative. As time passes, we get smarter and smarter. Knowledge accumulates.

Let's now turn our attention to the third. While knowledge is cumulative, it doesn't stay static for very long. In fact, knowledge is constantly changing. Scientists are constantly discovering new facts, theories, or ways to think. Every day, scientists discover new facts and theories.

Technology allows us to quickly access knowledge, and is crucial for our culture. It is possible to store large amounts of data digitally and share it with millions of people around the world.

In addition to technology, globalization has changed the way we view knowledge. Globalization refers simply to the process by which ideas or products spread beyond borders. Knowledge is now available everywhere because of globalization.

The internet allows anyone to access information any where in the world. Anybody can access the internet to read, watch movies, listen and play music, as well as surf the net. All these activities require knowledge.

Knowledge is becoming more accessible but also more specialized. Today, there are thousands of websites providing advice on topics such a health, finance, business and cooking. These websites provide information on just about every topic.

But if you go online to buy a car, you'll probably find only a few dozen sites offering automotive-related services and products. Instead of thousands of sites covering every possible topic, there will be only a handful of sites that are focused on cars.

Because experts in certain fields can share and create valuable knowledge, this is why specialization is important. Experts often have deep knowledge of a field. Experts are also capable of producing high-quality content targeted at their audience.

This is great news for consumers as they no longer have to search through a lot of useless information. Instead, they can focus their attention on a handful of websites with lots of useful content.

Specialization is also a benefit for experts, who can create strong businesses around their expertise. If someone purchases a book, they expect the author to be an expert in his field and to present a clear and concise explanation. He wants to know that the author has understood his message.

If an expert does not specialize, he risks losing out on potential customers who expect him to be knowledgeable.

Specialization isn't limited to just one area. Most people are experts in multiple areas today. You might be an accountant or lawyer, a doctor or teacher. However, we are likely to be parents, spouses, friends and fans.

Specialization is so common that some experts argue that it's impossible to succeed without being an expert in several different things.

How do you become an expert on multiple subjects? The answer is easy: practice. You have to put in the time to learn. You can make great progress if you continue to work until people recognize you.

There are whole industries dedicated to helping others reach this goal. There are many courses, workshops, seminars and conferences that teach people how quickly to acquire knowledge.


What can our mistakes teach?

Do not worry too much about making mistakes. It will teach you something. But more importantly, when you make a mistake, you can change it. Don't fret about the little stuff, because mistakes are okay. We all make them.

While it's possible to feel embarrassed when you make a mistake, it doesn’t necessarily mean that you should feel bad. It's how you deal with your mistakes that matters most. You will let your mistakes bother you. Instead, see them as an opportunity for growth and you'll be stronger.

It is important to recognize and learn from your mistakes. It is important to not dwell on the mistake and instead focus on the next steps. Keep moving.

Don't obsess over your mistakes. Instead, find ways to improve. Learn from your mistakes, and you will be a better person tomorrow.

Successful Inventions Made By Accident

Inventors make mistakes. How we deal with those mistakes is what determines whether our inventions succeed or fail.

When it comes to invention, there are no accidents. Every invention was designed. There are no accidental inventions.

A deliberate act of invention is called an invention. A deliberate decision to create something new. Something that solves an issue. A solution that improves the quality of life.

Understanding that mistakes are not inevitable is the key to invention success. Instead of trying to avoid mistakes, learn from them.

Invention is not easy. Invention is hard work. It's not a quick fix. It takes time.

It means you have to spend a lot more time thinking about and trying out different ideas. What is the most important thing for people? What do they really need?

You have to ask yourself questions like these. These questions will help guide you in deciding what kind of product/service you should develop next.

You must let go of all preconceived notions. Any assumptions about what the world wants or needs. Listen carefully to potential and actual customers.

It is important to find out what your clients want. It is not what they think they want.

Once you understand what they want, you must devise a method to deliver it. This is where invention starts.


Who originally said those who don't learn from history?

We all wish to live in a world where everyone learns from the past, but there are more valuable things than learning from our mistakes.

The best way to learn how to do something correctly is to actually experience it.

The biggest mistake you can make is not ensuring that it goes right the first and only time.

You'll eventually discover why you made the changes if you continue to make them.

You might even discover that you could have done it better the first time.

It doesn't mean that you shouldn't continue to try. This means that you have learned a lot.

Even though you cannot avoid making mistakes completely, you can minimize them. That is what will make the difference in success or failure.

Recognizing your mistakes starts at the beginning. Look at your mistakes objectively, and then ask yourself: "What lessons have I learned?"

If you're honest with yourself, you'll realize that your mistakes are just lessons. They're learning experiences that can help you grow.

Thomas Edison went through exactly the same thing. He failed many more times before he invented the lightbulb.

He didn't let his failures discourage him. He used every failure as an opportunity to improve the design.

He invented the best form of lighting that is popular today.

So, if you fail, don't get discouraged. Learn from your mistakes. Take advantage of them.

And then, you can try again.


What can we learn from history to avoid repeating past errors?

History repeats itself because we keep making the same mistakes again and again. We don't learn from our mistakes. We don't change. We become complacent. We settle for mediocrity.

Because we continue to believe the same old stories, history repeats itself. Our world is conditioned to believe there are immutable laws and fixed truths. They are immutable laws and truths that we can't change.

This conditioning prevents us from thinking critically. The ability to question authority. From challenging assumptions. We can't learn if we don’t challenge our assumptions. We stagnate when we don’t grow. If we stagnate, then we make the exact same mistakes.

But history doesn't repeat itself because we make the same mistakes. History repeats itself because we refuse to learn from our mistakes and instead continue to make the same ones over and over.

You can break the cycle of history repetition by changing how you look at the world and yourself, by understanding that nothing is set in stone. Nothing is permanent. All things are in constant flux.

The key to breaking the cycle is to embrace uncertainty. Accepting that things may go wrong. Accepting that failure may be possible. Accept that failure may be possible.

Accept that your goals may not be achieved. Acceptance of this fact is okay. But, don't let it stop you from striving to improve.

If you hold fast to certainty, you'll always be stuck in the past. If you insist on the existence of fixed truths, then you will never move forward.

You can't control your destiny. If you want progress, you need to let go of control.


Statistics

  • If you consider that 10% to 30% might be tens or hundreds of thousands of lives, then sure, that matters. (lifehacker.com)
  • Only 2.5% of Americans owned stocks in 1929. (collabfund.com)
  • According to the Washington Post, Coming back to babies' mailing, the most extended trip taken by a “mailed” child happened to be in 1915. (medium.com)
  • According to the wiki Napoleon Bonaparte who led many successful battles during the French revolution and gained popularity as Little Corporal was 1.68 meters long, equivalent to 5 foot 6 inches, which is indeed the average height of men. (knownepal.net)
  • The classic clown stylings we know today have specific origins, according to u/Bodark34. (lifehacker.com)

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How To

Accidental discovery of penicillin: A successful invention

How did penicillin become a reality?

Alexander Fleming accidentally discovered penicillin after noticing mold growing on bacteria cultures that he had not kept. He believed that the mold could kill the bacteria so he searched for something to destroy it.

Penicillin was found to kill the mold. He then realized that this new drug could also be used against bacteria. Penicillin's discovery was one of most important medical breakthroughs. It saved millions of lives and changed the course of medicine forever.

Alexander Fleming wasn't aware at first that this discovery would be so crucial. The other person didn't know the same. Penicillin would soon be a powerful antibiotic.

Researchers discovered that penicillin is effective against bacterial infections only after World War II. The U.S. Army approached Dr. Fleming about using penicillin to treat soldiers who were infected. Dr. Fleming agreed to try.

Penicillin was found to be effective against many different types of infection. It saved the lives of wounded soldiers in World War II. And it helped doctors save countless lives after the war.

Dr. Fleming had no idea that his discovery would have such an impact. He simply wanted to make sure that mold doesn't grow in the bacteria cultures he studied. But he couldn't imagine how this simple experiment would lead to an incredible medical breakthrough.

The truth is, many discoveries every day don't seem to amount to anything special at all. They're just experiments done for no particular reason.

When you look back over history, you see that sometimes those seemingly unimportant experiments can change everything.

Even though they seem to have very little in common, discoveries end up being extremely significant. Like the discovery of penicillin. Or photography. Or electricity. Or even computers.

It doesn't happen just because someone has an idea. It happens when someone solves a problem. And then they find a solution through experimentation.