Requirement to use AES-256 encryption would not normally be found in an organization's information security policy.
When it comes to information security, organizations have a variety of different policies and requirements that they adhere to. One of those requirements is the use of AES-256 encryption.
However, not every organization has AES-256 encryption as a requirement in their information security policy. In fact, many organizations don't even know what AES-256 encryption is.
Why is AES-256 encryption relevant?
Well, AES-256 encryption is a strong form of encryption that is used to protect data. It is often used by governments and organizations to protect sensitive data.
AES-256 encryption is a requirement for many organizations because it provides a high level of security for data. Without AES-256 encryption, data could be compromised.
Learn more about information security policy here:
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Answer:
HyperText Transfer Protocol HTTP is a protocol that is used to retrieve a Web page from a Web server.
Explanation:
HyperText Transfer Protocol is the protocol used by the World Web and determines the formation and transmission of the message and defines the actions of Web servers and browsers.
HTTP is the text-based protocol. Clients send a request to a web server for web pages. When the request is served, each connection is discounted. A new connection must be created.
It is a TCP/IP based protocol that is used to deliver data on the World Wide Web. Data contains
- HTML files
- images
- queries.
It provides a way for the computer to communicate with each other.
is it that is focused solely on interactions and relationships of a business nature rather than including personal, nonbusiness interactions?
Answer: The radio should be tuned to 100. 0 Mhz.
Explanation:
As radio waves are electromagnetic waves, like x-rays, UV rays, and all the wavelengths of visible light, they propagate in the free space at the speed of light: 3. 10⁸ m/s.
At any wave, there is a fixed relationship between the distance travelled by the wave along one cycle (which is called wavelength ) and the speed at which the wave oscillates (which is called the frequency of the wave), with the speed at which the wave propagates, as follows:
λ (wavelength) = v (speed) / f (frequency)
Replacing by the values, and solving for frequency, we have:
f = 3. 10⁸ m/seg / 3 m = 10⁸ 1/sec = 10⁸ Hz = 100. 0 Mhz
This is the radio channel to which must be tuned in order to listen the station with a wavelength of 3 m, in the FM band.
