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I noticed the neck below the handle bars on your is angled back a bit. Is this a feature of a bike to be able to adjust that? I noticed on other videos its angled forward rather than back. Thanks!
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Thank you for all the likes comments and also discovering my binary error! Try to see if you can find it yourself without searching through the comments.
Ok I see the mistake not really but the l and o are the wrong ascii decmel number he has the upper case the code provided in hello are for the lower case llo but upper case HE
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Hello, please I want to do a surprise to a dear person to me but I don’t have his/prescription. Can I buy it simple and the person will give it to an optician to put glasses ? Or if I want the full fonctions (I read somewhere that the writings appear on the glasses) I have to do te prescription with RAYBAN ?
@@kerstinyapi5194 we have found that Pearle Vision, LensCrafters, and a few other optometrists will not put prescription lenses in pre-bought Metas. They cite “liability issues.” We were forced to order the frames with rx lenses from GlassesUSA.
@@FreeSpirit2978 GoPros can run hot, so a micro SD that’s useable in harsh conditions; temperature proof, water proof, shock proof, humidity proof and magnet proof is the most reliable. We use this: amzn.to/47x1wRO
This was the year I was going to buy my spa. Problem is landscaping and other costs in California are off the hook expensive. Buy the time everything was finished I didn't have the ability to buy my spa for cash. I really don't want to go into any debt. I started investigating inflatable spas. So many similar products all made the same way with different brand names slapped on them. But this one is different and I was really glad to see you made a review. Thank you as it is very helpful for me to make a decision. Awesome job.
@@brunothepug8807 we thought the same thing. By the time you have the electricity and plumbing run for an inground or even above ground fiberglass spa, you’re $15,000 in the hole. This has worked out great for us. The price has gone up a little bit because of some new energy requirements in California, but it’s still well under 1000 bucks for everything. We still use ours just about every other night. Enjoy!
Do not buy the Discover one..its nothing but junk and a waste of money. They did a Fire sale on them on amazon. I felt like Amazon screwed me. $1000 shot in the ass.
Dude - ours is still beast mode! Just did an update that lets us switch from cadence to torque and back. Mind blowing innovation. What happened with yours?
@@kd4965 apparently the frame has the IR sensor located inside the screen somewhere, or maybe it’s RF and we didn’t even know.. We were as surprised as you were but it works perfectly
I'm trying to get the motor started. My "manual" missed alot of info on assembly and there's NO info on making the motor start. The battery is switched to on, and the headlight works. I have pedaled it but got nothing!
What's the full name of this glasses version at 2:33 ? I am looking for glasses that can record yt videos, since all glasses that I've seen only are good for tiktoks/reels
@@Kenofoxx this video is cropped from the standard RayBan Metas! You can export the video to your phone and then upload it to RU-vid. We do that all the time.
Nivel Hungarian region is not in the registration a nice man made me a German registration with which I could access the German region server in Hungary and the application downloaded from there is neither the camera nor the microphone function in it has been taken out of it directly because allegedly hackers could spy through such lucy camera robot! In the basic menu Clean Recharge and More Features vav and the latter when I click on it then Desigra ted room next to it Desigre ted area next to it Map management Next to it Manual control and finally the cleaning setup is located. Topmost 3 pegs menu section also has nothing about camera and microphone settings! Maybe I should not have a German server login but a US server login and then maybe there would be such a setting in the application because there is none at the moment! By the way, the one who helped me made a real email and a simple password for it because it sends the pink code to the server when registering, that is, to the email address, but this is not asked when logging in only the server, the mail address and password must be entered! If perhaps there is someone who could give me say American server login then I would try it would be e camera menu it would be no problem if fake mail and password just to log in with it to the American server!
The History of Computers: From Mechanical Calculators to Modern Machines The evolution of computers is a fascinating journey that spans centuries. What began as rudimentary mechanical devices has developed into sophisticated machines that have transformed the way we live, work, and communicate. This article explores the history of computers, tracing their development from early mechanical calculators to the powerful modern computers we rely on today. Early Mechanical Calculators (1600s - 1800s) The story of computers can be traced back to early attempts to build mechanical devices for calculation. One of the earliest mechanical devices for computation was the **abacus**, which originated in Mesopotamia around 2400 BC. However, in terms of actual mechanical computing, the first significant development came in the 17th century. In 1642, the French mathematician **Blaise Pascal** invented the **Pascaline**, a mechanical calculator capable of performing simple arithmetic operations such as addition and subtraction. This device used a series of gears and levers to automate calculations, reducing human error in tasks like tax collection. Following Pascal’s invention, the German mathematician **Gottfried Wilhelm Leibniz** developed the **Leibniz Wheel** in the late 17th century. This machine could perform multiplication and division, improving on Pascal’s earlier work. While these early mechanical calculators were impressive, they were limited in scope and required manual operation. Charles Babbage and the Analytical Engine (1800s) The next major leap in computing came in the early 19th century with the work of **Charles Babbage**, an English mathematician often referred to as the "father of the computer." In 1822, Babbage designed the **Difference Engine**, a machine intended to automatically calculate polynomial functions. However, his most ambitious project, the **Analytical Engine**, designed in 1837, was truly revolutionary. The Analytical Engine was the first conceptual design of a general-purpose computer. It featured many components that modern computers would later incorporate, such as an arithmetic logic unit, control flow (via loops and conditional branching), and memory. Although Babbage’s Analytical Engine was never completed due to financial and technical limitations, it laid the theoretical foundation for programmable computers. One of the most notable contributors to Babbage’s work was **Ada Lovelace**, an English mathematician who is often considered the first computer programmer. Lovelace recognized that the Analytical Engine could go beyond simple number crunching to perform more complex tasks, making her contributions highly significant in the early history of computing. The Electromechanical Age (1900s) While Babbage’s ideas were ahead of their time, it wasn’t until the 20th century that computers began to take on more practical forms. The early 1900s saw the development of **electromechanical computers**, which used electrical switches to perform calculations. In 1937, **Alan Turing**, a British mathematician, introduced the concept of the **Turing Machine**, a theoretical device that could simulate any algorithmic process. Turing’s work laid the groundwork for modern computer science by defining what it meant for a machine to be "computable." His ideas would later influence the development of real-world computers. In the same period, **Konrad Zuse**, a German engineer, built the **Z3** in 1941, the first programmable digital computer. The Z3 was a fully functioning electromechanical machine capable of performing binary calculations. Zuse’s work was largely independent of the developments in the United States and Britain, making him a pioneering figure in European computer history. The Era of Vacuum Tubes (1940s - 1950s) The advent of **vacuum tubes** in the 1940s marked a significant turning point in computer development. Vacuum tubes could amplify electronic signals, making them useful for building electronic computers that were much faster and more reliable than earlier electromechanical machines. One of the first large-scale computers built using vacuum tubes was the **ENIAC** (Electronic Numerical Integrator and Computer), completed in 1945 by **John Presper Eckert** and **John Mauchly** at the University of Pennsylvania. ENIAC was designed to compute artillery firing tables for the U.S. Army during World War II, but its potential went far beyond military applications. With 18,000 vacuum tubes, ENIAC was capable of performing complex calculations at unprecedented speeds for its time. Another key development during this era was the **stored-program concept**, proposed by **John von Neumann**. In the von Neumann architecture, a computer’s program and data were stored in the same memory, allowing the machine to be more flexible and capable of running different programs without needing to be rewired. This architecture is still used in most modern computers today. The Transistor Revolution (1950s - 1960s) The next breakthrough came in 1947 with the invention of the **transistor** by **John Bardeen**, **Walter Brattain**, and **William Shockley** at Bell Laboratories. Transistors replaced vacuum tubes, offering a smaller, more efficient, and reliable alternative. Transistor-based computers, such as the **IBM 7090**, were faster and more energy-efficient than their predecessors. The development of **high-level programming languages** also occurred during this period. Languages like **FORTRAN** (developed in 1957) and **COBOL** (developed in 1959) made it easier to program computers for specific tasks, increasing their accessibility and utility across different industries. Integrated Circuits and the Microprocessor (1960s - 1970s) The introduction of **integrated circuits** in the 1960s led to a dramatic increase in computing power. Integrated circuits, or microchips, could contain thousands of transistors on a single silicon chip, reducing the size and cost of computers while improving performance. The culmination of this miniaturization was the invention of the **microprocessor** in 1971 by **Intel** engineers **Ted Hoff** and **Federico Faggin**. The first microprocessor, the **Intel 4004**, contained all the components of a computer's central processing unit (CPU) on a single chip. This breakthrough paved the way for the development of **personal computers**. The Personal Computer Era (1970s - 1990s) The 1970s and 1980s saw the rise of personal computers, making computing accessible to the general public. The **Apple I**, developed by **Steve Jobs** and **Steve Wozniak** in 1976, was one of the first successful personal computers. Soon after, the **IBM PC** was released in 1981, setting a standard for personal computing that remains influential today. During this period, operating systems like **Microsoft’s MS-DOS** and later **Windows** became standard for personal computers. **Graphical user interfaces** (GUIs), popularized by Apple’s **Macintosh** in 1984, made computers easier to use, leading to widespread adoption in homes, schools, and businesses. The Internet Age and Modern Computing (1990s - Present) The advent of the **internet** in the 1990s revolutionized computing by connecting computers around the world. The creation of the **World Wide Web** by **Tim Berners-Lee** in 1989 transformed the internet into a global information-sharing platform, making it an essential part of everyday life. Since the 2000s, computers have continued to evolve rapidly. The development of **smartphones**, **tablets**, and **cloud computing** has expanded the definition of computing devices, allowing users to access powerful computational resources from virtually anywhere. **Artificial intelligence** (AI), **machine learning**, and **quantum computing** are areas of active research, poised to shape the future of computing in unimaginable ways. The history of computers is a testament to human ingenuity and technological progress. From the earliest mechanical calculators to today’s powerful machines, computers have evolved to become indispensable tools in virtually every aspect of life. As we move into the future, the continued development of computers promises to unlock new possibilities and reshape our world even further.
Hi guys two things one is where to turn on the camera through the application! And the otherThere is a mop tank in the package but it is not mentioned in the video where and how to fill it with water does anyone know?! Thanks for the answers in advance!
The camera should be pretty obvious in the app - looking at it right now. Regarding the mop - I think they gave up on that functionality. Cold mopping isn't very effective anyway. We use a steam mop.