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Nonrepudiation ensures users cannot deny sending andor receiving data?
true
Non repudiation ensures users cannot deny sending and or receiving data?
True
Is it true that non repudiation ensures users cannot deny sending and or receiving data?
True
Non repudiation ensures users cannot deny sending and or receiving data true or false?
yes
18 Non-repudiation ensures users cannot deny sending and receiving data?
See related link.
How do you make a brochure on Gmail?
You cannot make a brochure on Gmail. It is only a website for sending and receiving mails. You can make brochures on Word.
How do you send a message to a boost mobile through your gmail account?
No, boosting a mobile cannot happen through Gmail. It is a normal sending and receiving mail system. It also manages the mails properly and cleanly.
Is it true that non-repudiation ensures users cannot deny sending and or receiving data?
Non-repudiation only refers to the fact that a sender of a message cannot deny they sent it; since the relationship of the public/private key pairs makes it impossible to deny if they sent a message.Non-repudiation cannot be used by either a sender or a receiver of a message to deny they ever received it; it only can be used if a message was received.
Can I get the flu from receiving the flu shot?
No, you cannot get the flu from receiving the flu shot. The flu shot contains inactivated virus particles that cannot cause the flu.
Why do you need a NIC?
A Network Interface Card (NIC) is needed to connect a computer to a network. It allows a computer to communicate with other devices on the network by sending and receiving data packets. Without a NIC, a computer cannot access network resources or connect to the internet.
Can I obtain my passport number before receiving my physical passport"?
No, you cannot obtain your passport number before receiving your physical passport.
How does non-repudiation ensure users cannot deny sending and or receiving data?
You can't deny receiving or not receiving a message with non-repudiation; it only has to do with who the sender of the message was. Because there is a mathematical relationship between public and private keys, if a sender uses their private key to send a message and the receiver uses the sender's public key to read it, then non-repudiation says that the sender had to have sent that message, and no one else (because no one else has the key pair).
