Not sure if these are the ones that you are looking for, but here are three:Parallel lines do not intersect.Parallel lines lie in the same plane.parallel lines have the same slope.
All lines are equal since all lines are infinetly long. If you are talking about line segments than you can quantify if they are equal by looking at the number. Two parallel lines will NEVER cross each other though
Not necessarily. They could be skew lines, and satisfy these conditions.
parallel lines are everywhere. They are on the desk you are at, the windows, the very monitor you are looking at. Any two lines that run next to each other are parallel, and without this, very few things would be straight.
Of the the seven letters, ABCDEFG, F and G have no lines of symmetry. However,Êall of them could have lines of symmetry if theyÊwere presented in three dimensions.
The closer the contour lines the steeper the slope.
The area with the steepest slope is the area where the contour lines are bunched closest together.
The area with the steepest slope on a map is typically where the contour lines are closest together, indicating a rapid change in elevation over a short distance. Look for areas where the contour lines are tightly spaced or where the lines bend sharply, as this suggests a steep slope.
Maps don't work like that. The steepest land could be anywhere. You must view the contour lines and follow them to find what is steep or not.
Hachures on a contour map indicate terrain features such as slopes or depressions. They point in the direction of the steepest slope on the map and can help visualize the gradient and shape of the land.
Where the slope is steep the contour lines will come close together.
A contour line (also known as isopleth) on a topographic map connects points of equal elevation or depth. The steepest way up or down is in the direction perpendicular to the contour line at any given point. This gradient on a topographic map is at its greatest when the lines are close together, thus the slope is steepest. Note that a contour map does not have to be topographic. Any value mapped in two or three dimensions such as temperature, barometric pressure, or wind speed can have contour lines connecting adjacent points of equal value. Again, moving away from a contour line in a perpendicular direction will yield the greatest change in the value of the quality being recorded.
Contour intervals are used to represent changes in elevation on a topographic map. The interval is the difference in elevation between adjacent contour lines. By looking at the contour lines, you can visualize the shape of the land, such as steep slopes, valleys, or hills.
Contour lines help for you to see different elevations in certain areas. Contour lines could be useful to hikers to help plan their next hiking trip by giving them an idea of what the land is like.
Contour lines are used in Topography to show the elevation of the land on a map. When looking at a map the contour lines look very similar to how a calm lake would appear.
If contour lines on a map are spaced closely together, it indicates a steep slope, possibly an uphill area. Conversely, if contour lines are spaced far apart, it suggests a gentle slope or a downhill area. By observing the pattern of contour lines and their spacing, you can determine the direction of the terrain—whether it's going uphill or downhill.
The darker contour lines on map are called index contour lines. Numbers that indicate elevations are often written on these lines.