Answer:
double the bandwidth assigned per channel to 40 MHz
Explanation:
The best way of doing this would be to double the bandwidth assigned per channel to 40 MHz. This will make sure that the capacity is more than sufficient. This is simply because the bandwidth of a channel represents how much information can pass through the channel at any given second, the larger the channel, the more information/data that can pass at the same time. Therefore, if 20 MHz is enough for the network, then doubling this bandwidth channel size would be more than sufficient capacity for the network to handle all of the data.
I have annotated the errors in the picture.
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<em>Hope this helps :)</em>
Answer:
hyperlinks
Explanation:
Javier should use hyperlinks to show the users the possible choices for their clothing. This is really a terrible question and not likely in any real world scenario. Fashion is always forward thinking and on the cutting edge. When was the last time you went to a fashion website and were left with only choices to click on a hyperlink? As Tim Gun would say "Make it work." If I were able I would include a hyperlink using the previous sentence as the clickable link with a URL reference to
https : //en.wikipedia.org/wiki/Tim_Gunn (spaces after https to make this link not get censored)
to illustrate the way to show that hyperlinks have no real application on modern fashion website. But they would have great utility here inside the answers section. But they also are cause for a securtity concern and may be killed by the moderators
Your question wasn't very clear, but I think I understand what you want. Additionally, you should really state what language you're working with. Here it is in C#, and shouldn't be too much of a hassle to translate in to other languages.
Console.Write("Enter payment: ");
float payment;
if (float.TryParse(Console.ReadLine(), out payment))
Console.WriteLine((Math.Floor(payment * 100) / 100) * 0.15, + " at 15% tip.");
else
Console.WriteLine("Invalid input.");
Answer:
"Mesh topology" is the correct answer.
Explanation:
- A mesh topology seems to be a network configuration where there has been an interconnection between each hardware and communications system. This topology configuration allows the distribution of many of these signals, although one of the connexons starts going down.
- This topology needs to connect each destination to any other end destination, thus creating a completely pointless channel.
