If the default gateway is connected to the internet, the type of internet access that the server would have is:
<h3>What is a Default Gateway?</h3>
A default gateway is a functionality in a computer system that allows access or communication with other networks.
It is the primary channel of interaction with other networks. Once this default gateway is connected to the internet, it will be given full access.
Learn more about the default gateway here:
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The answer is d. full-duplex transmission. This communication setup allows for simultaneous transmit and receive for both parties. As signals are able to be transmitted at the same time two way for both parties, for both directions along the same data carrier medium.
A search engine is a tab where you can input keywords to find certain data in the internet. An example of a search engine would be Google or Yahoo. If you type in google "images of a turtle," it would search the entire internet for an image of a turtle then send it to you. Search engines are different than browsers because browsers are the tool to open up google aka the search engine itself, then you can proceed to search up what you want.
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Answer:There are two integers in the group of n+1 integers with exactly the same remainder when they are divided by n.
Explanation:
Generally, if a number is divided by p(positive integer), then the possible remainders will be from 0 to p-1.
Here, the possible remainders when an integer is divided by n are 0,1,....,n-1
so the number of possible remainders when an integer is divided by n is n.
In this case, the number of objects is n+1 integers and the number of boxes (remainders) is n.
p/k = (n+1)/n
= 1+(1/n)
= 2
Here, 0<1/n<1
Add 1 on both sides to get the following
0+1 < 1+1/n<1+1
1<1+1/n<2
so the value of p/k = 2 means that there is atleast one remainder which is same for two integers when they are divided by n
There are therefore two integers in the group of n+1 integers with exactly the same remainder when they are divided by n.
Answer:
We add a super source s and add a directed edge (s, si) with capacity c(s, si) = ∞ for each i = 1, 2, . . . , m. We also create a new super sink t and add a directed edge (ti, t) with capacity c(ti, t) = ∞ for each i = 1, 2, . . . , n. The single source s simply provides as much flow as desired for the multiple sources si, and the single sink t likewise consumes as much flow as desired for the multiple sinks ti.
Because the virtual edges of s and t can consume as much flows as they want, they don't influence the actual edges.
Explanation:
