In 2016 William Mougayar wrote a brilliant piece explaining blockchain technology by leveraging something we all know about: word processing programs. He reminds us that when Microsoft Word was the only game in town, one person had to create a file, open it, then send it to another person to have it edited or updated. The similarity to banks is striking, and makes it clear why blockchain technology was created in the first place:
I won't delve too deeply into the history of Bitcoin or its hordes of both unique and flash-in-the-pan spinoffs, but I do want to point out that you can't actually mine Bitcoin with regular computers anymore. It requires specialized and expensive hardware called ASICs. However, you can mine other coins and convert them to Bitcoin through a variety of exchanges and services. You can also earn Bitcoin by "lending" your computer's processing power to services like NiceHash which pay out in Bitcoin. But that's another rabbit hole for another time!
Goldman Sachs says blockchain technology “has the potential to redefine transactions” and will “change everything”. But anyone who claims to fully understand how blockchain works, and is not named Satoshi Nakamoto, is probably lying to you. And anyone who claims to be Nakamoto himself, is probably also lying to you. Fortunately, just like the internet, you don’t need to know how blockchain works to use it.
There are many ways you can plug into the Ethereum network, one of the easiest ways is to use its native Mist browser. Mist provides a user-friendly interface & digital wallet for users to trade & store Ether as well as write, manage, deploy and use smart contracts. Like web browsers give access and help people navigate the internet, Mist provides a portal into the world of decentralized blockchain applications.
Bitcoin (BTC), Ethereum (ETH), Cryptocurrency–After months of relative price stability for cryptocurrency, a period which saw Bitcoin volatility drop below both tech stocks and the S&P 500, it appears the crypto markets are ready to resume their downward trend which has come to characterize 2018. On Nov. 14, investors watched as Bitcoin plummeted over 8 percent in value to below $6000, a figure that marks the lowest for the year and a far cry from December 2017’s last all-time high of close to $20,000.
Luckily, the spread between the bid and the ask price is very low, most of the time ranging between 1 and 2 dollars. At a current bitcoin rate of $819, this amounts to an added cost of 0.1 to 0.25%. You only pay the spread if you want to enter a trade right away with a market order. If you placed a limit order to buy and you’re willing to wait until someone wants to sell, you can purchase your bitcoins at a small discount at the bid and later sell them at the ask, pocketing the spread in the process.

Swing trading tries to take advantage of the natural “swing” of the price cycles. Swing traders try to spot the beginning of a specific price movement, and enter the trade then. They hold on until the movement dies out, and take the profit. Swing traders try to see the big picture without constantly monitoring their computer screen. For example, swing traders can open a trading position  and hold it open for weeks or even months until they reach the desired result.
The Ethereum network is kept running by computers all over the world. In order to reward the computational costs of both processing the contracts and securing the network, there is a reward that is given to the computer that was able to create the latest block on the chain. Every 15 seconds, on average, a new block is added to the blockchain with the latest transactions processed by the network and the computer that generated this block will be awarded 3 ether. Due to the nature of the algorithm for block generation, this process (generating a proof of work) is guaranteed to be random and rewards are given in proportion to the computational power of each machine.
Not only exchange locations but exchanges abilities to keep their trading functionality working is also another factor when looking at their volume. Binance, for example, recently stopped its trading services to update its systems. During that period, volumes were obviously completely down, however now they’re back, they sit second for the highest volume in the last 24 hours according to
Just because miners want power doesn’t mean they get it. Some inquiries are withdrawn. And all three county public utilities have considerable discretion when it comes to granting power requests. But by law, they must consider any legitimate request for power, which has meant doing costly studies and holding hearings—sparking a prolonged, public debate over this new industry’s impact on the basin’s power economy. There are concerns about the huge costs of new substations, transmission wires and other infrastructure necessary to accommodate these massive loads. In Douglas County, where the bulk of the new mining projects are going in, a brand new 84-megawatt substation that should have been adequate for the next 30 to 50 years of normal population growth was fully subscribed in less than a year.
Either a GPU (graphics processing unit) miner or an application-specific integrated circuit (ASIC) miner. These can run from $500 to the tens of thousands. Some miners--particularly Ethereum miners--buy individual graphics cards (GPUs) as a low-cost way to cobble together mining operations. The photo below is a makeshift, home-made mining machine. The graphics cards are those rectangular blocks with whirring circles. Note the sandwich twist-ties holding the graphics cards to the metal pole. This is probably not the most efficient way to mine, and as you can guess, many miners are in it as much for the fun and challenge as for the money.
If you are on a private network (and if you just want to test the technology for free, you should) then any normal computer with a normal CPU will be able to run the network and earn test ether (ether that is only redeemable on the test network where it was generated) through mining. This is the best choice for small-scale network or testing privately, as it's less resource intensive. On the real (or live test) network a normal desktop (or laptop) computer might take a very long time to successfully mine a block and receive ether.
Interestingly, both resistance and support levels are usually set around round numbers e.g. 10,000, 15,000 etc. The reason for that is that many inexperienced traders tend to execute buy or sell orders at round price points, thus making them  act as strong price barriers. Psychology also contributes a lot to support and resistance levels. For example, until 2017, it seemed expensive to pay $1,000 per Bitcoin, so there was a strong resistance level at $1,000. Once that level was breached, a new psychological resistance level was created: $10,000.
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