How much bitcoin increases in a year
Publish: 2021-04-28 12:57:10
1. The total amount remains unchanged. It's easy to understand that the total number of bitcoins will not change. Developers are public, but they don't have private ones.
but they can be divided down, and there's nothing hard to understand. I have 1 yuan in my wallet. I can also say that I have 10 Jiao, 100 Fen, 1000 Li, 10000 milli, 100000 silk, 1000000 Hu, 10000000 micro. No matter what the unit of measurement is, I will neither become richer nor buy more, nor have any impact on the economy.
but they can be divided down, and there's nothing hard to understand. I have 1 yuan in my wallet. I can also say that I have 10 Jiao, 100 Fen, 1000 Li, 10000 milli, 100000 silk, 1000000 Hu, 10000000 micro. No matter what the unit of measurement is, I will neither become richer nor buy more, nor have any impact on the economy.
2. Bitcoin, the process of mining is to constantly seek the special solution of this equation system through a huge amount of calculation. This equation system is designed to have only 21 million special solutions, so the upper limit of bitcoin is 21 million.
3.
21 million. Now the price of bitcoin is almost 70000
4. One of the controversial attributes of bitcoin is its fixed supply. At present, 25 new bitcoins are proced every 10 minutes, and the number is halved every four years. Overall, there won't be more than 21 million bitcoins & gt;. On the other hand, each bitcoin can be divided into 100 million shares (each is called 1 "cong"), if one cent is enough to buy a car, it will be troublesome to trade in US dollars, but even if bitcoin rises to the level of US dollars assumed above & gt; We will not encounter such problems. Therefore, in short, the total number of monetary units that will always exist is 2100 billion, that is 2100 trillion, or 250.899. In the square of choosing this value & gt; In fact, Nakamoto is much luckier or smarter than most people realize. First of all, this number is far less than 264-1, which is the largest integer that can be stored in the form of standard integer in a computer. If it exceeds that value, & gt; The value will return to zero like a odometer
secondly, however, there is a smaller threshold for the total number of "smart": the largest possible integer that can be represented in floating-point format. Integers are not the only numbers that computers can store; To deal with decimals, computers & gt; Use a format for floating point representation. Floating point notation is essentially a binary version of scientific notation. For example, here is a value you will encounter when you study physics:
mass of the earth: 5.972 1024 kg
mass of the sun: 1.989 1030 kg
speed of light: 2.998 108 M / s
light year: 9.460 1015 m
mass of proton: 1.672 10-27 kg
Planck length: 1.616 10-35 m
we can notice that, How does scientific notation allow you to represent all of these values with reasonable accuracy, even though they vary greatly in size. Floating point notation is essentially a binary scientific notation; When you store numbers & gt; When the word is 9.625, what your computer stores is "1.001101
* 1011" (in other words, it stores 0100000000100011
& gt; This is the same thing with high-precision sequence form). In this high-precision form, the coefficient (that is, the part that is not the exponent) has 52 bits. This means high precision (more refined & gt; Double precision floating point number is enough to store up to 253 numbers, but it can't be any higher. If it exceeds 253, you have to start cutting off the numbers at the end. Bitcoin's 250.9, the total number of "smart" in the form of index, is just & gt; OK, below this maximum
if we have integers, why should we care about floating-point values? Because more high-level programming languages (such as JavaScript) do not open low-level "floating point" and "integer representation", but only provide "number" representation for programmers; Concepts
– of course, in floating-point form. If Nakamoto chose 210 million instead of 21 million at that time, bitcoin programming in many languages would be much more troublesome than it is now
note that Stefan Thomas unfortunately didn't notice this in time when he wrote bitcoinjs, so that the library used a special "big number big
number" object instead of an ordinary number to store the tutorial output value; My own bifurcated bitcoin JS (along with other improvements) uses ordinary numbers.
secondly, however, there is a smaller threshold for the total number of "smart": the largest possible integer that can be represented in floating-point format. Integers are not the only numbers that computers can store; To deal with decimals, computers & gt; Use a format for floating point representation. Floating point notation is essentially a binary version of scientific notation. For example, here is a value you will encounter when you study physics:
mass of the earth: 5.972 1024 kg
mass of the sun: 1.989 1030 kg
speed of light: 2.998 108 M / s
light year: 9.460 1015 m
mass of proton: 1.672 10-27 kg
Planck length: 1.616 10-35 m
we can notice that, How does scientific notation allow you to represent all of these values with reasonable accuracy, even though they vary greatly in size. Floating point notation is essentially a binary scientific notation; When you store numbers & gt; When the word is 9.625, what your computer stores is "1.001101
* 1011" (in other words, it stores 0100000000100011
& gt; This is the same thing with high-precision sequence form). In this high-precision form, the coefficient (that is, the part that is not the exponent) has 52 bits. This means high precision (more refined & gt; Double precision floating point number is enough to store up to 253 numbers, but it can't be any higher. If it exceeds 253, you have to start cutting off the numbers at the end. Bitcoin's 250.9, the total number of "smart" in the form of index, is just & gt; OK, below this maximum
if we have integers, why should we care about floating-point values? Because more high-level programming languages (such as JavaScript) do not open low-level "floating point" and "integer representation", but only provide "number" representation for programmers; Concepts
– of course, in floating-point form. If Nakamoto chose 210 million instead of 21 million at that time, bitcoin programming in many languages would be much more troublesome than it is now
note that Stefan Thomas unfortunately didn't notice this in time when he wrote bitcoinjs, so that the library used a special "big number big
number" object instead of an ordinary number to store the tutorial output value; My own bifurcated bitcoin JS (along with other improvements) uses ordinary numbers.
5. The upper limit of bitcoin is not the exact figure of 21 million. 21 million is calculated according to the mining rules
in the first four years, 50 pieces were g out every ten minutes: 50 * 6 * 24 * (365 * 4 + 1) = 10519200 pieces
in the second four years, 25 pieces were g out every ten minutes: 25 * 6 * 24 * (365 * 4 + 1) = 5259600 pieces
according to the sum formula of infinite equal ratio sequence, the final total amount is infinitely close to 21038400 pieces (10519200 * 2)
as long as the mining rules are not changed, the number of bitcoins will never exceed 21038400
in the first four years, 50 pieces were g out every ten minutes: 50 * 6 * 24 * (365 * 4 + 1) = 10519200 pieces
in the second four years, 25 pieces were g out every ten minutes: 25 * 6 * 24 * (365 * 4 + 1) = 5259600 pieces
according to the sum formula of infinite equal ratio sequence, the final total amount is infinitely close to 21038400 pieces (10519200 * 2)
as long as the mining rules are not changed, the number of bitcoins will never exceed 21038400
6. Complete mining route:
1-75: copper mine will be found in the birthplace
75-125: segenite in wetland, tin ore and igneous ore (in spider hole)
125-175: alx highland, Nano iron mine (walking along the mountains)
175-245: there are two choices
① in the three holes of Filas: each hole basically has 3-4 secret silver
② it is mainly concentrated in the east of the wilderness, where there are JY Dragons: there are iron, secret silver and real silver
you can practice until 245
245: go to the fat man hole above LM stronghold, there are black iron, Se silver and secret silver, A lot of them have been trained until 275
275: you can dig fuser silver and start to make money. Ha ha
there are also two choices
①: East plague, there are five points to brush fuser silver on the Internet, And the chance of getting out of arcane crystal is high
②: go to the hole of the three JY worms in xlss (LR DZ small D is recommended) and each of them has 4-6 fuser silver
after 300, you can mix in Outland to 375!
1-75: copper mine will be found in the birthplace
75-125: segenite in wetland, tin ore and igneous ore (in spider hole)
125-175: alx highland, Nano iron mine (walking along the mountains)
175-245: there are two choices
① in the three holes of Filas: each hole basically has 3-4 secret silver
② it is mainly concentrated in the east of the wilderness, where there are JY Dragons: there are iron, secret silver and real silver
you can practice until 245
245: go to the fat man hole above LM stronghold, there are black iron, Se silver and secret silver, A lot of them have been trained until 275
275: you can dig fuser silver and start to make money. Ha ha
there are also two choices
①: East plague, there are five points to brush fuser silver on the Internet, And the chance of getting out of arcane crystal is high
②: go to the hole of the three JY worms in xlss (LR DZ small D is recommended) and each of them has 4-6 fuser silver
after 300, you can mix in Outland to 375!
7. No, these bitcoins are just out of circulation. The total amount remains unchanged
8. Hello
1.
is the solution of the equation. For example, one number of a function can only be 1, 0, and negative 1. Then there are only three finite solutions<
2.
money is only in the middle, and it has to be spent before it has value, so you are right about the second point. The loss of wealth
3.
it's possible that whoever has a big maker will follow him, just like the virtual currency now has a big bitcoin plate and a big maker
just for personal point of view, don't spray if you don't like it, thank you.
1.
is the solution of the equation. For example, one number of a function can only be 1, 0, and negative 1. Then there are only three finite solutions<
2.
money is only in the middle, and it has to be spent before it has value, so you are right about the second point. The loss of wealth
3.
it's possible that whoever has a big maker will follow him, just like the virtual currency now has a big bitcoin plate and a big maker
just for personal point of view, don't spray if you don't like it, thank you.
9. Yes, when it was released, it showed that its constant number was 21 million. With the passage of time and the efforts of the miners, the number left on the market is less than 2.5 million.
10.
In the algorithm of bitcoin, the generation of new bitcoin is limited by period and quantity. According to the algorithm, 50 bitcoins will be generated every 10 minutes from the beginning, and the efficiency will be halved every four years. By 2140, 21 million bitcoins will be completely g up
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