The crest?
Having a minimum and maximum on a graph refers to the lowest and highest points of a function within a given interval. The minimum represents the lowest value that the function reaches, while the maximum indicates the highest value. These points are crucial in understanding the overall behavior of the function, as they can signify where the function changes direction or reaches its extremities. Identifying these points helps in analyzing trends, optimizing values, and solving real-world problems.
Range = Highest - Lowest So 29 = 97 - Lowest Lowest = 97 - 29 = 68 points
a variable that can take on many different values, in theory, any value between the lowest and highest points on the measurement scale.
To find elongation on a graph, you need to identify the points where the graph reaches its maximum and minimum values within a specific interval. Elongation is typically represented as the difference between these two extreme points. You can calculate this by measuring the vertical distance between the highest peak and the lowest trough on the graph. Additionally, if the graph represents a periodic function, the elongation can be assessed by examining the amplitude of the oscillations.
The intertidal zone
relief
The highest point in Oregon is Mount Hood, which reaches an elevation of 11,240 feet (3,426 meters). The lowest point is along the Pacific Ocean coastline at sea level.
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The vertical distance between the highest and lowest points of a wave is called the amplitude. It represents the maximum displacement of any point on the wave from its equilibrium position.
The solstice is the two times in the year when the sun reaches its highest and lowest points. These coincide with the beginning of summer and winter.
the highest is 20,320
The crest?
The difference between the highest and lowest points on a map is known as the elevation range. It indicates the vertical distance between the highest and lowest elevation points on the map, providing insight into the topographical diversity of the area represented. This range is important for understanding the relief and terrain variations within the map area.
To calculate the total relief on a topographic map, subtract the elevation of the lowest contour line from the elevation of the highest contour line within the map area. This difference represents the total vertical distance between the highest and lowest points on the map.
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altitude differential