Answer:The software that allows a computer to communicate with hardware devices is referred to by the general term known as 'Drivers.
Explanation:Transmission Control Protocol/Internet Protocol (TCP/IP) is the backbone of the Internet and the true language computers use to talk to each other. Essentially it's a set of standards for sending information from a computer's network card, through transmission lines to another network card.
The statement that correctly describes the difference between an IP address and a MAC address for a specific device is that the IP address can change, but the MAC address always stays the same.
For better understanding, let us explain what the IP address and a MAC address means
- IP address simply mean Internet protocol address
, it is a distinct string of numbers that is often separated by full stops that shows each computer using the Internet Protocol to link or communicate over a network.
- MAC address is simply regarded as a A distinct number also as it shows a device or computer that is linked or connected to the internet.
- One of the major difference between a MAC address and an IP address? is that the IP address gives the location of a device on the internet but the Mac address identifies the device connected to the internet.
from the above, we can therefore say that the answer The statement that correctly describes the difference between an IP address and a MAC address for a specific device is that the IP address can change, but the MAC address always stays the same, is correct
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Answer:
option 1: sum++
option 2: ++sum
Explanation:
In programming, a variable a container or memory location assigned to a value. The C++ syntax specifies the memory location type of value on the declaration. The major types of variables in C++ are; integer, float, double, char, string, and boolean.
To add 1 to an integer variable, the variable value could be summed with one and assigned to that same variable or '++before' and 'after++' with adds one to the variable before and after the execution of a statement.
Answer:
(a)
Assuming the one-time pad P is used to XOR the message M to get ciphertext C, the following holds:
M ⊕ P = C
P = C ⊕ M
this is a basic property of how XOR works.
(b)
P = M1 ⊕ C1
then M2 = C2 ⊕ P
(c)
The attacker can make assumptions about the message (e.g., presence of certain words and spaces) and then calculate which pad would be needed to get them in the ciphertexts. He then has two ciphertexts that should yield valid content, making it much more easy to guess the pad.
Explanation:
