Roxanne Lipsey:
Contour lines are drawn at specific intervals, such as every 10 feet, 20 feet or 30 feet. Each line represents a multiple of the scale chosen. Using the 10-foot scale as an example, each contour interval would represent a 10 feet change in elevation.
The contour interval in a topographical map is the amount between one circle and the one inside of it. For example if there was a circle and another one outside of it but the amount inside is thin on one side and thicker on the outside, and the contour interval is ten yards, then although one side is steeper then the other, it still shows the rise of 10 yards.
Hope this helps!
Sources:
I am in 6th grade and I learned this in earth Science. Thank you.
2 ways: First, it is usually printed on the map somewhere. Different maps place the contour interval in different places, so you may have to look hard. Second, some of the contour lines are labeled. Just count the number of contour lines and dive the difference in elevation by that number.
The interval itself is stated.
The lines, or the major-division ones anyway, are labelled with the altitudes they indicate. Counting and multiplying by the increment stated on the map's key gives the altitudes of the intervening, non-labelled lines.
So by measuring the distances between chosen points on them in plan by reference to the map scale you can use simple trigonometry to calculate the mean gradient between the points.
The contour interval is always indicated somewhere in the margin of the topo map,
along with other symbols and scales.
Also, there are always some contours on the map that are printed in a bolder line than
others, and have the elevation printed along the line. You can find two of these that
are parallel, count the number of lighter contours between them, and that will tell you
the interval.
Steep hillsides have contour lines closer together because you don't have to go far horizontally to get from one contour height to the next.
It means that it isnt very mountainy and has low flat ground.
Geological relief is the differences in height of land forms in any particular area, so the relief in the area described would be 3940 ft (4200 ft - 260 ft).
you can determine the direction a stream flows on a contour map by seeing which way the contour lines bend.
well the topographic maps will determine the elevations in the area and help find the best location without making a zoo somewhere its not supposed to be on. hope i helped :)
To find the volume of 25 pennies you will need to know the diameter and thickness of a penny. Calculate the radius by dividing the diameter in 1/2. Multiply the square of the radius by pi to find the area and then the area by the thickness to determine the volume.
The Relationship between the relief of an area and the contour interval on a map of the area is A contour line
?
The closer the contour lines the steeper the slope.
The steeper the slope, the contour lines go further along the area. You can also determine the flatness of the area with these lines.
It depends on the scale of the map, the range of values attained within the area of the map, the units of measurement and the accuracy of the contour data.
The area with the steepest slope is the area where the contour lines are bunched closest together.
They show the relief of an area. They will have height values attached to them. The distance between contour lines gives an impression of gradient. The closer they are together, the steeper the slope.
It means that it isnt very mountainy and has low flat ground.
Four factors that determine the climate of an area are distance from the sea, ocean currents, direction of prevailing winds, and the relief of the area. The proximity to the equator also plays a role in the climate of an area.
It depends on the scale of the map. If it is a trecking map then 5 m, but for driving maps or similar, 30m contours would be fine.
Florida is low relief.
elevation