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Channel lineups are specific to the provider and the area. You can contact your cable company or look at their website for accurate information.
There are two ways to do it, first and the most accurate is by satellite GPS, the GPS receiver have to log on to 3 or more satellites and it can determine the precise coordinates and even the speed it is flying, the other one is by sending a signal out and wait for the bounced signal and measure the time from sending to receiving the signal but that will only give the height above ground level and not above sea level
It is more accurate, a 4 wire is more accurate than 3 wire and 3 wire is more accurate than 2 wire.
If you want drawings accurate enough to reproduce the part, you need the machinist drawings which have accurate dimensions. Usually the patent drawings do not go to that detail and you may be hard pressed to get the information, depending on the gun you are researching. If you want exploded drawings to see where the parts fit in relation to each other, get the Gun Digest book of exploded firearms drawings available at http://www.krausebooks.com/category/firearms_knives
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GPS and handphones can work because of the satellites, and satellites makes use of special relativity(modern physics) to calculate the time dilation which ensures the satellites sends useful and accurate information.
Which method of determining turn ratio is more accurate and why?
No.
remote sensing satellites develop highly detailed and accurate maps on earths surface.
Sextant and clock or compass
The use of satellites
Yes using satellites we have accurate measurements of distance and accurate boundaries of countries...
Ultrasounds are very accurate when it comes to a heartbeat. 99.9 percent
Check the official NASA website. It should have a lot of information about it, like pictures, statistics, random facts, moons, satellites. etc. It's also very accurate.
Because they only need to transmit to certain parts of the planet. TV relay satellites for example - need to stay in one place to beam the pictures back to earth. If they orbited the earth, the signal would be lost as it crossed the horizon. Another example is the global GPS system. The satellites that provide the information for GPS must remain in one place - otherwise they wouldn't give accurate information to the user.
If your hand-held receiver only hears 2 GPS satellites, then it'll indicate a location, but what it indicates won't be accurate or reliable.
You can provide them with accurate information yourself.