I would say it is <span> B. the history of modern interior design
Because this subject stretches pretty far into history</span>
The wireless security technology contains significant flaws and should never be used is Wired Equivalent Privacy (WEP).
<h3>What is the primary weakness of Wired Equivalent Privacy WEP )?</h3>
Wired Equivalent Privacy (WEP) is known to be a kind of a security protocol, that is seen in the IEEE Wireless Fidelity (Wi-Fi) standard known to be 802.11b.
Note that the primary weakness of wired equivalent privacy (WEP) is that It functions only on some given brands of APs and as such, The wireless security technology contains significant flaws and should never be used is Wired Equivalent Privacy (WEP).
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Answer:
B correct answer b i think so
Answer:
1GL: Machine language. Represented by a series of 1s and 0s.
2GL: Assembly language. An assembler converts 2GL into machine language.
3GL: High-level programming language. Uses a compiler to convert into machine language.
4GL: Specifically designed for creating database management programs.
5GL: Extremely advanced. Uses statements (scripts) rather than algorithms.
Explanation:
Programming languages started as a series of binary digits (i.e. 0's and 1'). This generation of language is referred to as the first generation.
However, the machine language were difficult to read by human, so mnemonics were created (i.e. assembly language). This language uses symbolic codes such as ADD for addition, etc. This is the second generation
The third generation are the high level languages that uses languages that can be easily understood by human, e.g. + means plus. However, the language must be translated; hence the need for a compiler or interpreter, as the case may be.
The fourth and fifth generations are extensions of the third generation languages. The fourth were created to connect to DBMS while the fifth are more advanced.
Answer:
D.
Explanation:
In combinational circuits, the current output values are always the same for the same set of input values, regardless the previous values.
We say that combinational circuits have no memory, or that the circuit has no feedback from the outputs.
For sequential circuits, on the contrary, the current output values are not based in the current input values only, but on the previous output values as well.
So, the fact of having a defined set of input values at a given moment, doesn't guarantee which the output values will be.
We say that sequential circuits have memory, or that they have feedback from the outputs.
Examples of these type of circuits are R-S, J-K, D or T flip-flops.
