Answer:
Flash the BIOS to resolve the problem
Explanation:
There is a chip in your computer that has bootup instructions (The Basic Input Output System). It tells your computer how to do very basic things, interact with some hardware, load the operating system, etc.
Flashing it means to update it with a new program. You shouldn’t do it unless you need to do so in order to fix something. If power goes out while flashing, you can be left with an unbootable computer.
The process is usually done by using either built-in functionality of the old BIOS, or a MS-DOS-based program (booted from floppy), or more recently, a Windows program (which comes with a special driver to obtain access to hardware). Some motherboards come with secondary firmware on a separate chip, which kicks in if the main BIOS is corrupted (e.g. power failure during flashing). This firmware usually supports flashing the BIOS from a file in a CD or floppy disk.
Answer:
The correct answer to the following question will be Option C (h(h(h(h(po))))).
Explanation:
As we recognize, the individual and device generate a linearly modified password that used a hash feature at the Lamport one-time code or password.
hn(x) = h(hn-1(x)) hn-1(x) = h(hn-2(x)) ........ h2(x) = h(h(x)) h1x = h(x)
Suppose that Bob and Alice accept an initial P0 password as well as a counter 6.
The counter would be 6-1 that is 5 throughout the next step, as well as the password should be h5(P0). Which implies the third code created over the next step would be h4(P0).
So, Option C is the right answer.
Answer:
Internal sound card
Explanation:
In this case, George has used an Internal sound card, this is enough to record a podcast, make and receive video conferences or play video games.
If we're going to use an instrument, an external sound card, it's necessary, but in this case, George can make the record with high quality audio.
If George wants to add an adapter to connect 6'35mm but is not the same quality that an external sound card.
Although Kruskal's algorithm creates numerous trees that eventually connect to form a single final solution, it always ensures minimality.
One of the major problems facing civil engineers at the beginning of the 20th century was the difficulty of electrifying towns and cities. Otakar Borvka, a Moravian professor, thought about the issue and developed a solution in 1926.
More impressively, Borvka presented the solution as an abstract weighted graph rather than just in terms of wires and electricity. The absence of backup connections necessitates the use of a tree as a solution (as opposed to a graph, which may contain multiple paths or cycles), the connectedness requirement necessitates the use of a spanning tree (as opposed to a disconnected forest of multiple trees), and the cost focus necessitates the use of a minimum spanning tree.
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