Answer:
If Nate wants to copy the style of his contact address he would highlight the style and copy, he would paste it to the normal template. To access the template organizer he would press the tools button.
Explanation:
I'm not sure if this is right tho..
A type of virus that influences this circumstance in the network bandwidth is a worm.
<h3>What is Virus in technology?</h3>
In computers and technology, viruses may be characterized as a sort of malicious software, or malware, that extends between computers and provokes a deterioration of data and software either partially or completely.
The complete question is as follows:
- A micro virus
- a multipartite virus
- A worm
- a program virus.
Worms are memory-resident viruses that duplicate over the network resources. The primary consequence of this type of virus is to rapidly eradicate network bandwidth with its duplication.
This virus may also be competent to accomplish a Denial of services invasion by slamming O.S and servers.
Therefore, the correct option for this question is C, i.e. a worm.
To learn more about Computer viruses, refer to the link:
brainly.com/question/26128220
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The responsibility for failures was deflected away from the automated parts of the system (and the humans, such as engineers, whose control is mediated through this automation) and placed on the immediate human operators, who possessed only limited knowledge and control.
Answer:
c. Both versions
Explanation:
The Windows Remote management has hardening levels that could be set to Relaxed, Strict, or None based on the channel binding token associated with a request. This feature could be automatically found in the system or manually configured to a user's choice.
Relaxed settings mean rejection of channel binding token that are not valid and the acceptance of requests with no channel binding tokens, but which may be susceptible to attacks. Strict settings entail an automatic rejection of invalid channel binding tokens. None settings entail the acceptance of all requests with no protection against credential-forwarding attacks.
