bout an inch
The numerical scale on a map shows how many units of measurement taken from the scale represents the actual distance on the ground. If a and b are 2 miles apart on the ground, the a and b shown on the map should also represent 2 miles apart when measured on the numerical scale.
The scale doesn't tell you anything about the size of a map. If it's a 1:50000 scale, then the only thing you know about the map is that a pair of points that are 1 inch apart on the map are 50,000 inches apart in the real world.
Yes. Edit: Groups of galaxies usually move apart from each other. On a smaller scale than that there is no general movement apart. For example the galaxies in our "Local Group" are not moving apart.
That depends on the scale. If an inch equals 100 miles, they will be 3.22 inches apart. If an inch equals 50 miles, they will be 6.44 inches apart.
The distance between frets on a guitar is determined by the scale length of the instrument. Common guitar scale lengths are around 24.75 inches for shorter scales (Gibson) and around 25.5 inches for longer scales (Fender). However, the spacing between frets diminishes as you move up the fretboard due to the logarithmic nature of musical intervals.
no because g scale is wider
The numerical scale on a map shows how many units of measurement taken from the scale represents the actual distance on the ground. If a and b are 2 miles apart on the ground, the a and b shown on the map should also represent 2 miles apart when measured on the numerical scale.
The numerical scale on a map shows how many units of measurement taken from the scale represents the actual distance on the ground. If a and b are 2 miles apart on the ground, the a and b shown on the map should also represent 2 miles apart when measured on the numerical scale.
Without seeing the map, we cannot answer this question. Your map should indicate the scale, and the gridlines will be labeled with coordinates from which you can figure out how far apart they are.
Scale is $592.20, so double scale is $1184.40.
The numerical scale on a map shows how many units of measurement taken from the scale represents the actual distance on the ground. If a and b are 2 miles apart on the ground, the a and b shown on the map should also represent 2 miles apart when measured on the numerical scale.
The HO scale trains use a 3.5mm to 1 real foot ratio which works out to be about 1:87:1 and is the most popular scale for model railways in the world. A train for this type of track would have 16.5mm (0.650in) tracks.
HO is a gauge (scale) for model trains. The name HO comes from the fact that it represents a reduction of half from the earlier O gauge ("Half O"), which was more popular in Europe. The ratio for HO gauge equipment is 1:87 which means that the HO tracks are 16.5mm apart, or 1/87th of a standard train track (1435mm). In Europe, an almost exactly the same scale is called OO (pronounced "Double O"), even though it is much closer to half of O scale than double it (it is actually called "Double O" because there are two O's (OO) in the scale name).
N Gauge rails are by definition 9mm apart. This is regardless of the scale of the model components, which frequently ranges from 1:148 to 1:160.
depends on the scale of the map...
That depends on the scale of the map you use. On a small scale map (Remember, small scale = big area) longitude lines may be 10 or 15 degrees apart, while on a large scale map, they are probably one degree apart or even 15 minutes (one quarter degree) apart. We can measure them as finely as you want to.
An example of a scale would be how much you Weigh now then how much you used to way and a scale can tell you how far apart your weight is now. So technically its something to help you measure things and tell how far apart things are.