Command BTC

You can't dig in a day. It takes 2000 years

the global unified computing difficulty of bitcoin is 2621404453 (expected to change in two days). It takes more than 2000 years for a 2.5GHz CPU to work out a bitcoin

in order to make the graphics card fully loaded for a long time, the power consumption will be quite high, and the electricity bill will be higher and higher. Many professional mines at home and abroad are operated in areas with extremely low electricity charges, such as hydropower stations, while more users can only mine at home or in ordinary mines, so the electricity charges are not cheap. Even in a certain residential area in Yunnan, there was a case of crazy mining, which led to a large area trip of the residential area, and the transformer was burned

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bitcoin network generates new bitcoin through "mining". In essence, the so-called "mining" is to use computers to solve a complex mathematical problem to ensure the consistency of bitcoin network distributed accounting system

bitcoin network will automatically adjust the difficulty of mathematical problems, so that the whole network can get a qualified answer about every 10 minutes. Then bitcoin network will generate a certain amount of bitcoin as block reward to reward the person who gets the answer

when bitcoin was born in 2009, block rewards were 50 bitcoins. Ten minutes after its birth, the first 50 bitcoins were generated, and the total amount of money at this time is 50. Then bitcoin grew at a rate of about 50 every 10 minutes. When the total amount reaches 10.5 million (50% of 21 million), the block reward will be halved to 25

when the total amount reaches 15.75 million (5.25 million new output, i.e. 50% of 1050), the block reward will be further halved to 12.5. The monetary system used to have no more than 10.5 million in four years, after which the total number will be permanently limited to about 21 million

Novice first of all to know how to calculate your cost, recharge, trading, cash, there are fees. At least you can understand the K-line. There are a lot of people on the K-line. You can look at it casually and understand it. You need to be risk aware. Bitcoin is a high-risk and high profit investment. It may double overnight, or BMW may become a bicycle overnight. At the beginning, we suggest a small amount of investment

but it's hard to get bitcoin for indivial mining, so it's basically large-scale mining, and you need to cooperate with the mine pool. So if you still want to make money by mining, at present, the most suitable mining method is cloud mining or mining machine hosting. After all, the era of single person mining is over

Bit operation instruction, 8086 a new set of instructions, including bit test, bit scan. BT, BTC, BTR, BTS, BSF, bsrbts (bit test and set), test collocation, usage and rules are the same as BT, but in some different functions, it not only sends the value of the bit to be tested to CF, but also sends the bit of the position (i.e. set 1)

NOP instruction, also known as "null instruction", in x86 CPU, machine code is 0x90 (144)

NOP does not perform the operation, but takes one program step. When executing NOP, you don't do anything. Sometimes you can use NOP instruction to short some contacts or use NOP instruction to cover unwanted instructions. When the PLC executes the operation of clearing the user memory, all the contents of the user memory become empty

NOP instruction belongs to PLC instruction, which will occupy the CPU time slice to execute an instruction. It is often used for program delay or precise timing, but it is not obvious on faster CPU

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transfer instruction:

1, including general data transfer instruction MOV, conditional transfer instruction cmovcc, stack operation instruction push / push / push / Pop / PopA / POPAD, exchange instruction xchg / xlat / bswap, address or segment descriptor selection sub transfer instruction lea / LDS / LES / LFS / LGS / LSS, etc

logic operations:

1. These instructions are used to perform arithmetic and logic operations, including add instruction add / ADC, subtract instruction sub / SBB, add instruction Inc, subtract instruction Dec, compare instruction CMP, multiply instruction mul / imul

shift instructions:

1. This part of instructions is used to move the register or memory operands a specified number of times. It includes logical shift left instruction SHL, logical shift right instruction SHR, arithmetic shift left instruction Sal, arithmetic shift right instruction SAR, cyclic shift left instruction rol, cyclic shift right instruction ror, etc

bit operation:

1. These instructions include bit test instruction BT, bit test and set instruction BTS, bit test and reset instruction BTR, bit test and reverse instruction BTC, bit forward scan instruction BSF, bit backward scan instruction BSR, etc