Ví dụ về việc sử dụng Alice wants trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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Colloquial
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Ecclesiastic
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Computer
Alice wants James.
That's what Alice wants.
Alice wants you, too.
To figuratively understand why Base64 was invented,imagine that during a phone call Alice wants to send an image to Bob.
Alice wants to communicate with Bob.
At a later time, when Alice wants to prove her identity to Bob, say, the protocol of Figure 9.3 is executed.
Alice wants to hire Bob to build her a patio, and they are using an escrow contract(a place to store money until a condition is fulfilled) to store their ether before the final transaction.
Suppose Alice wants to communicate with Bob.
So, if Alice wants to trade Token A for Bob's Token B, they must first deposit their assets onto the exchange.
Suppose Alice wants to send a message m to Bob.
Suppose Alice wants to send 0.0015 BTC to Bob and in order to do so, she sends inputs which are worth 0.0015770 BTC.
The chances are that when Alice wants to send bitcoins to Bob, she won't have exactly the right number of bitcoins from other transactions.
If Alice wants to pay Bob 2 DCR, she can send Bob a note updating the distribution of their locked box to 8 Alice, 12 Bob.
The chances are that when Alice wants to send bitcoins to Bob, she won't have exactly the right number of bitcoins from other transactions.
When Alice wants to send Bob a message, she includes her best estimate of the time on his clock in her message, which is also authenticated.
Most likely, when Alice wants to send bitcoins to Bob, she will not have exactly the appropriate number of bitcoins from other transactions.
Whenever Alice wants to send a quantum state to Bob, she allows a third particle in that state to interact with her half of the entangled pair of particles.
So, no matter how Alice wants to communicate a specific message- hieroglyphics, music, computer code- each would contain the same number of bits, though in different densities.
For example, if Alice wants to sell six ETH for five BTC, and Bob wants to sell five BTC for six ETH, the DEX exchange will trade these for them without a middleman.
For example, if Alice wants to sell six ETH for five BTC, and Bob wants to sell five BTC for six ETH, the DEX exchange will trade these for them without a middleman.
When Alice wants to send bitcoins to Bob, she uses her private key to sign a message with the input(the source transaction(s) of the coins), amount, and output(Bob's address).
If Alice wants to send Bob Bitcoins, her wallet will try to use transactional records with different amounts that add up to the amount of bitcoins she wanted Bob to send.
When Alice wants to send bitcoins to Bob, her wallet will try to use transaction records with different amounts that add up to the number of bitcoins that she wants to send Bob.
When Alice wants to send bitcoins to Bob, her wallet will try to use transaction records with different amounts, which are summed up with the number of bitcoin that she wants to send to Bob.
When Alice wants to send bitcoins to Bob, her wallet will try to use transaction records with different amounts, which are summed up with the number of bitcoin that she wants to send to Bob.
When Alice wants to send bitcoins to Bob, her wallet will try to use transaction records with different amounts, which are summed up with the number of bitcoin that she wants to send to Bob.
If Alice wanted to give Bob a coin, they could update it to read Alice has 9 BTC, Bob has 11 BTC.
From this moment on, it would be the territory that Alice wanted to protect.
Bob uses this information to modify his half of the entangled pair such that itis in a quantum state identical to the state that Alice wanted to send.