Answer:
:D
Explanation:
Literally speaking, the sign of the beaver is a scratched pattern the Beaver clan uses to mark their territory. Symbolically, though, it lets other clans know not to hunt on the land it marks.
Authors help readers understand their characters in two different ways: direct characterization and indirect characterization. When an author uses words and phrases that describe a character, it's called direct characterization.
Some books use this technique more than others. Although direct characterization can be interesting if done well, most authors prefer to present their characters using indirect characterization—that is, by showing the reader what characters are like by how they act, what they think, and what other people say about them.
Answer:
GigaPOP
Explanation:
<em>A gigabit point of presence, also known as GigaPOP is a single entry point to Internet2, which is a high-speed IP network managed by institutions and other organizations. Gigabit Points of Presence generally handle data transmission rates of one gigabit per second or more.</em>
answer:
Mainframe computers are used by large companies and organisations to perform critical tasks that involve bulk data processing like transaction processing, census information, statistical data and so on. They consist of extensive input and output facilities, are very stable and dependable and handle millions of transactions every day
Explanation:
Answer:
cubeVolume = toThePowerOf(cubeSide, 3)
Explanation:
The function toThePowerOf, receives two int arguments say, a and b, where a is the first argument and b is the second argument as follows:
toThePowerOf(a,b)
The function returns the first argument(a) raised to the power of the second argument (b) i.e a ^ b as follows:
toThePowerOf(a, b){
return a^b
}
In the call to the function, the first argument a, is replaced with the variable cubeSide and the second argument b is replaced with the value 3.
Hence, the returned result becomes cubeSide ^ 3 which is then stored in a variable cubeVolume as follows:
cubeVolume = toThePowerOf(cubeSide, 3)
