Overflow occurs when the magnitude of a number exceeds the range allowed by the size of the bit field. The sum of two identically-signed numbers may very well exceed the range of the bit field of those two numbers, and so in this case overflow is a possibility.
Answer:
6 hosts can have IP addresses on the LAN attached to the router interface
Explanation:
Given IP address
=> 192.168.192.10/29
It has a subnet mask of /29 which means it has 3 host bits. This is calculated by subtracting 29 from 32(number of bits in an IPV4)
Since there are 3 host bits, the total number of possible addresses is given by
=> 
= 8 possible addresses.
Out of these 8 possible addresses, the first address will be the subnet id and the last address will be the broadcast address.
Therefore, there are only 6 addresses available for the hosts.
<em>Hope this helps!</em>
Answer:
The answer is "secret key k".
Explanation:
When the sender sends the message, he/she may combine, it with the hidden key, and determines the hashing, when transmitting the information the digest is being sent, and also the message is transmitted through the connection.
when the receiver receives the message, still having the very same secret key, adding the Hidden Key then recalculating the hashing again. In this, two factors if another subsequent digest matches something, this message is sent.
- During transit, the message was certainly not changed.
- Anybody with the private key – preferably even a preferred sender sent out this letter.
The answer is a network layer. It prevents saturation since it manages and distributes data. It serves as a control to all other networks that receives data. The main function is to create, end or reserve connections by identifying and recognizing IP addresses of connected networks.
