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- Legacy DAA
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- Legacy DAA
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- Emergency DAA
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- Emergency DAA
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- BCH Adaptive DAA
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- BCH Adaptive DAA
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- Mining
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- Mining
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- Stratum Protocol
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- Stratum Protocol
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- Mining Pools
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- Mining Pools
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- Forks
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- Forks
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- Bip-16
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- Bip-16
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- [Bip-34](/protocol/forks/bip-0034)
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- [Bip-34](/protocol/forks/bip-0034)
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# Proof of Work
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# Proof of Work
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Bitcoin Cash uses a [hashcash](https://en.wikipedia.org/wiki/Hashcash)-like algorithm as a primary metric for validating new blocks.
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The [block header](/protocol/blockchain/block/block-header) is hashed, its nonce is changed, and it is hashed again, until the resulting hash begins with an expected number of zero-bits.
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This repeated hashing with an updated nonce is referred to as mining.
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For more information on how the number of zero-bits required is determined, see [Difficulty Adjustment Algorithm](/protocol/blockchain/proof-of-work/difficulty-adjustment-algorithm).
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For more information on how mining is performed in practice, see [Mining](/protocol/blockchain/proof-of-work/mining).
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Because SHA-256 is used to hash block headers, and it is not known how to find a input matching a certain output format, the proof-of-work system employed by Bitcoin Cash distributes the following quasi-randomly to the individual that successfully creates a block that meets the proof-of-work requirements:
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1. The responsibility of determining which transactions will appear in the block.
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2. The receipt of the block reward for the block.
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3. The receipt of the fees for the block.
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This is only quasi-random because the likelihood of building a block with an appropriate hash is directly proportional to the computational power (often referred to as hashing power), available to each individual mining blocks.
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