Want this question answered?
Slope = Height/Base = 40/60 = 2/3
You cannot since the information is not sufficient. Furthermore, a triangle does not normally have a slope.
Scree or Talus .
Form a right angle triangle under the slope and divide the base of the triangle into the height of the triangle.
Slope is the steepness of a line. From my high school math days, I remember that slope equals rise over run. Think of the sloping line as the hypotenuse of a right triangle, and the base is sitting on the x-coordinate. Rise is the length of the vertical leg of the triangle, and run is the length of the horizontal leg. Do the division, rise divided by run, and you have a measure of the slope. You might have to pay careful attention to positives and negatives. If it's a straight line you don't have to worry about how long you make the base; the ratio (the answer to a division problem) will be the same.
huge gently slopes
8
A mesa is, in general, an area of flat-topped land with fairly steeply sloped sides. As the sides of a mesa weather and erode, material will accumulate along the base of the slopes. This will decrease the steepness of the slope at the base.
Base on the slope of two linear equations (form: y = mx+b, where slope is m): - If slopes are equal, the 2 graphs are parallel - If the product of two slopes equals to -1, the 2 graphs are perpendicular. If none of the above, then the 2 graphs are neither parallel nor perpendicular.
Base, bottom, or level ground. Those are antonyms of summit.
base
The summit of the mountain is at the top.
In a helicopter.
base of a mountain
Generally it would be the "base" of a mountain or hill, although in the case of a mountain at the base there might be foothills, which are smaller hills or mountains surrounding a taller hill or mountain, and of course there might be a valley or canyon nearby. Some mountains also have names for slopes, which might be named after cardinal directions or wind (north slope, windward slope, etc.).
There are four main types of volcanoes, namely Shield Volcanoes, Composite Volcanoes, Cinder Cones and Acid-lava Volcano. Shield Volcanoes: * Large base area * Gentle slope * Contains basic lava * Frequent eruptions * Quiet and gentle eruptions * Very tall in height due to large base area Composite Volcanoes: * Relatively small base area * Concave slope * Contains acidic lava * Violent eruptions * Repeated eruptions * Erupts from the side cones * Usually not very tall in height due to gentle slopes Acid-lava Volcanoes * Small base area * Steep slope * Contains acidic lava * Violent eruptions * Creates crater lakes (caldera) after eruptions * Tall in height due to steep slopes Cinder Cones * Small base area * Steep slopes * Symmetrical slopes * Moderate eruptions * Not tall in height as slopes are easily eroded
Shield volcanoes have fluid basaltic flows that are lower in silicates, making the lava very fluid without a tendency to form pyroclastics. Composite Cone volcanoes contain the highest percentage of silica content making the magma thicker with the greatest tendency to form pyroclastics and are the most dangerous volcanoes.