If it's like the DSL terminology, these terms refer to the upload/download speeds. Symmetrical means that the upload (sending) speed is the same as the download (receiving) speed. Asymmetrical means that the upload and download speeds are not the same. This is the most common, especially for home use. Typically the download speed is faster than the upload speed (more data is usually downloaded than uploaded). If somebody was running a website or server, they might want the opposite, because they would be sending out more than receiving.
Asymmetrical is more common, because it makes better use of the resources. For simplicity, say you decide to pay for the equivalent of a total bandwidth of 30 Mbps (megabits per second). They could either allocate the resources as 25 Mbps download and 5 Mbps upload, or 15 & 15. So depending on your needs, if you download a lot, you'd probably want the faster download speed, without having to pay for the faster upload speed, which you may not really need.
"Simple DDA" does not require special skills for implementation.
Giga = 1 billion Mega = 1 million 5 Gb = 500 Mb * 10
Iam pretty sure that baseband coax was 50 ohm and was used for networking computer, were broadband coax is 75 ohm and used in the cable tv industry. A baseband signal is the original signal before it is modulated onto a carrier, mulitplexed or mixed. A broadband signal contains many channels which have been modulated or multiplexed onto a common carrier. The significant difference is the bandwidth of each. The impedance of the cable which carries either of them is totally irrelevant to the definition.
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symmetrical is where if you split it in half it would look the same on both sides but flipped over and asymmetrical is where each side is different thank you. you really helped me.
A symmetrical balance has its fulcrum at the midpoint of the horizontal bar and equal weights at either end. In an asymetrical balance the fulcrum is not at the centre and consequently the weights on the two sides are in inverse proportion to the lengths of the horizontal bar to the fulcrum.
The most basic difference between broadband and wifi is that the broadband must be connected while wifi is wireless. Some broadbands could be wireless as well but they most then be connected by a router.
Mobile broadband is way sloer that wi-fi.
unsymmetrical bending
DSL is considered to be broadband speed. There is a difference in speed between DSL and Cable. Cable is generally much faster.
Approximate Symmetry is approximately symmetrical. Regular Symmetry is Symmetrical for sure.
First, I will give an example, similar to your question: -11000 -9000 +44000 mean = 8,000 and median = -9000. Symmetrical distributions after infinite sampling will show no difference in mean and median. Large differences are possible with small sample sizes even with symmetrical distributions. If the sample is large and the difference is large, this infers that the distribution is asymmetrical. The skewness of the distribution can be calculated.
There is no difference because watch this ... 3 0
Asymmetric is the opposite of symmetric
It is equal on both sides so there is no difference between the sides !!
can you just tell me the meaning of the question above?