大家好，今天小编关注到一个比较有意思的话题，就是关于1btc可买83个eth的问题，于是小编就整理了4个相关介绍1btc可买83个eth的解答，让我们一起看看吧。
Hello, there's a more interesting topic for the editor today, namely, the question that 1btc can buy 83 Eths, so the editor sorted out the answers of 4 related introductions to 1btc for 83 Eths, so let's take a look at them together.
88wallet是一款数字货币钱包应用，支持多种数字货币的存储和转账功能。根据88wallet官方介绍，该应用提供的数字货币存储额度为2000个比特币（BTC）或2000个以太坊（ETH），具体的数字货币存储额度可能会因为市场价格波动而有所变化。同时，88wallet还提供了多种充值方式，用户可以根据自己的需求选择合适的充值方式进行充值，从而增加数字货币存储额度。需要注意的是，数字货币的价格波动较大，用户在进行充值和使用时应当谨慎决策，以免造成不必要的损失。
88wallet is a digital money wallet application that supports the storage and transfer function of multiple digital currencies. According to 88wallet, the application provides a digital currency deposit of 2,000 bitcoins (BTCs) or 2,000 tatais (ETHs), which may vary as a result of market price fluctuations.
什么是TPS呢，专业一点的解释，就是“系统每秒钟能够处理的业务数量”，通俗的定义，就是“系统的吞吐量”。
What is TPS, a professional interpretation, is “the amount of business that the system can handle every second”, which is commonly defined as “synchronous throughput”.
具体计算方法是：
The calculation is based on:
TPS=并发数/平均响应时间
TPS = simultaneous/average response time
对于比特币而言，并发数就是一个区块链里包含的数据大小，目前一个区块的大小是2118。
For Bitcoin, the number of combs is the size of the data contained in the chain of blocks, the current size of which is 2118.
平均响应时间就是打包一个区块的时间，也就是10分钟，600秒。
The average response time is the time when a block is packed, that is, 10 minutes and 600 seconds.
那么比特币的TPS=2118÷600=3.53
So bitcoin's TPS=2118600=3.53
对于以太坊来说，一个区块的数量取决于“币龄”的多少，平均响应时间也不固定，同样取决于奖励多少，粗略估计，TPS大概就是每秒十几笔。
For Etheria, the number of blocks depends on the “currency age” and the average response time is variable, as well as on the incentive, which, in rough estimates, is probably more than a dozen per second.
举例说明
Example:
最贴近生活中的例子就是支付宝了，我们日常生活中一般都会用到它。尤其是当双11或者其他购物节的时候，大家都会在零点买很多东西。
The closest example to life is the payment of the treasure, which we usually use in our daily lives. Especially when double 11 or other shopping festivals, everyone buys a lot at zero.
双11那一天支付宝如临大敌，因为在零点那一刻开始，会有无数消费者会在同一时间进行交易，如果TPS每秒并发太低，很容易造成网络拥堵严重，你的支付可能都不会被确认。
The payment of the treasure on the day of the double 11 is imminent, because, from the very moment of the zero hour, there will be countless consumers trading at the same time, and if TPS is issued too low per second, it is easy to cause a serious network congestion, and your payment may not be confirmed.
根据有关数据统计，双十一抢购，支付宝全天完成14.8亿笔交易，峰值18万/秒，要远远高于目前EOS的几千。
According to the relevant data, the double-XI purchase and payment bonds complete 1.48 billion transactions on a day-to-day basis, with a peak of 180,000 seconds, well above the current EOS number of thousands.
以太币
Ether.
ETH就是“以太币”,是以太坊(Ethereum)平台的数字货币,有的人称其为“比特币2.0”。 以太币( ETH )是以太坊( Ethereum )的一种数据代币总,被视作“ BTC2.0 版”,选用与 BTC 不一样的区块链应用“以太坊”( Ethereum ),一个开源系统的有智能合约成效的群众区块链平台,由全。
ETH is the “Ethereum” and is the digital currency of the Ethereum platform, sometimes referred to as “bitcoin 2.0.” The Ethercopic (ETH) is a data token for the Ethereum, and is considered a “BTC 2.0 version”, using a chain of blocks that is different from the BTC to apply the “Ethereum” and a popular sector chain platform with the benefits of an open-source system with an intelligent contract.
eth是一种数字货币。以太币（ETH）是以太坊（Ethereum）的一种数字代币，被视为“比特币2.0版”，采用与比特币不同的区块链技术“以太坊”（Ethereum），一个开源的有智能合约成果的民众区块链平台，由全球成千上万的计算机构成的共鸣网络。
Eth is a digital currency. The Etherium is a digital token of Ethereum, which is considered “bitcoin 2.0” using a technology different from Bitcoin's block chain, Ethereum, an open-source platform of smart contract outcomes for people, and a network of resonances made up of tens of thousands of computers around the world.
09年那会你用普通电脑还有可能挖得出来比特币，现在别试了，现在即使专业挖矿机也都是挖矿池，矿池的原理就是**接入矿池里的所有算力去挖比特币，挖出来多少后按比例分配给参与挖矿的人员，具体能分给你多少一看挖出来多少，二看矿池平台分配比例。个人电脑挖一千年都不一定能挖出来。
You could still dig up bitcoin with a normal computer in '09, but don't try it now. Now even a specialized miner is digging a pond. The rationale for the pond is ** all the calculations in the pond to dig bitcoin, and how much of the dig is distributed to those involved in digging, and how much you can tell, and how much you can dig up, and how much the pit platform is distributed. Personal computers don't have to dig for a thousand years.
办公电脑怎么可能比得过，挖矿比特币这个事情动手前一定要了解清楚比特币的什么产生规则，简单说是一种算法的高密度交叉产生的一个节点就对应产生一个比特币，说白了就是全球网络用户活跃度每达到一个高度就产生一个，而且是有数量限制的，越到后面越难产生，这是一个相当烧显卡和CPU的事情，还有，相当耗费电力，这个东西得一天二十四小时运行，而且想挖到得相当多数量的高端计算机，记得三年前也就是2018年，那时候挖矿相当火爆，深圳华强北的高端显卡价格一时成倍增长，甚至有人承包一些水电站（电力充沛还便宜）就为了挖矿，不过随着那时比特币走弱很多人都血本无归，所以你说用家用一两台机器挖矿，怎么挖？
How can an office computer be able to compete with the fact that the mining of bitcoin, before it is done, must know what the rules are for the generation of bitcoin, and simply a high-density intersection of algorithms produces a bitcoin, meaning that the price of high-end cards in the north of Shenzhen increased exponentially every time they reached an altitude and was limited in quantity, and that was a rather burning card and CPU, and that was a very expensive time for electricity, and that it had to run 24 hours a day, and wanted to dig up a considerable number of high-end computers, and remember that three years ago, 2018, when the mine was quite hot, the price of high-end cards in the north of Shenzhen was increased exponentially, and even some hydroelectric stations (the power supply was cheaper) were contracted for mining purposes, but with a lot of blood and blood loss, so you said you used a home to dig a mine with one or two machines.
建议把趁早把电脑卖了，因为到时候挖不到矿还把电脑搞坏了，损失惨重 。
It is recommended that computers be sold early because they will not be mined and they will be destroyed and badly lost.
到此，以上就是小编对于1btc可买83个eth的问题就介绍到这了，希望介绍关于1btc可买83个eth的4点解答对大家有用。
So here comes the question of whether 1btc can buy 83 eths, and I would like to introduce four points about 1btc that can buy 83 eths.
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