The option that should not be included in the safety and privacy features is not included in a P2P app or service is the non-inclusion of Representative call for confirming payments over $100.
<h3>What is P2P application?</h3>
This is known to be a form of Peer-to-peer payment services. They are apps or application that has its features which helps one to be able to to send money to other people.
Conclusively, a Representative call that is made for confirmation of payments that is over $100 should not be included as people may use this kinds of call to defraud other people.
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brainly.com/question/20533576
Florida is 1,344.8 miles from oklahoma
Answer:
Disadvantages of public key cryptography is that : Assymetric cryptography is slower than the private key cryptography.
Explanation:
We are dealing with big data applications most of time. Almost all applications are data intensive. Private key cryptography which is also known as symmetric cryptography. Symmetric cryptography based systems are faster. Since there is no key transmitted with the data, encrypted data can be transferred over the channel or session even if the path is vulnerable or have chances of interception as the chances of decrypting the data is almost impossible.
Also, The identity of the receiver is guaranteed using the password based authentication used by symmetric crypto systems. Only the trusted receiver who has the access to the secret key can only decrypt the payload
Public Key Cryptography is slower than private key cryptography. Today’s application’s are data intensive. In case of data intensive applications , encrypting huge data will take a lot more time than that of symmetric key cryptography. Whenever Bulk data transmission is needed symmetric key cryptography is preferred. Secret key based crypto systems have proven to be more faster than any currently available assymetric key based crypto systems.
D) type of mortgage, as that is not neccessary to know.
Answer:
C
Explanation:
Binary is a base-2 number system that uses two mutually exclusive states to represent information. A binary number is made up of elements called bits where each bit can be in one of the two possible states. Generally, we represent them with the numerals 1 and 0.
