perspective, aerial perspective and linear perspective.
Show them a flat piece of paper and explain that it has size - high by wide by no volume, turn it sideways to show this. For volume, show them a thick book, size again high by wide by now it has depth = volume.
A line segment has length. That is its only dimension. It does not have any width, or height or depth.
The height in all cases is taken with the dog standing on a level surface, his front feet directly under him, his hind feet in the accepted show stack position for the breed. If a dog is measured officially at a show, a U-shaped wicket is used. Both legs of the wicket are placed flat on the ground, and a moveable bar is adjusted to fit firmly on top of the withers.
With some degree of difficulty, one could fan the deck out in one hand, or split the deck between two hands. One sure way of showing all the cards is to lay them out one by one, side by side on any flat surface such as a table.
Given the choices, I would have to say range. Mode is the number (in this case depth) that shows up most often in a set, and since the greatest depth is only going to theoretically show up once, it certainly wouldn't be the mode. Median is the middle number when all depths measured are put in order from smallest to largest (or vice verse), so the median depth would be significantly shallower than the greatest depth. Mean is another name for average, which again, like the median is going to be somewhere near the middle or half of the maximum depth. The only option left is range. Range is generally the smallest value in a data set subtracted from greatest value possible. So the maximum depth would be the greatest possible value in the range (or the smallest value possible if you use the surface as a reference and everything below it being negative).
it's not impossible. The reason we have longitude and latitude lines are so that we are able to see the earth on a flat surface.
map projection
Cartographers use a projection method to show the round Earth on a flat surface. Different types of map projections, such as Mercator or Robinson, are used to represent the Earth's curved surface in two dimensions while minimizing distortion of shape, area, distance, or direction.
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One advantage to using a globe is that you can more accurately determine distances than you can with a flat map. Flat maps distort the spherical surface and that distortion can be significant over long distances.
One advantage to using a globe is that you can more accurately determine distances than you can with a flat map. Flat maps distort the spherical surface and that distortion can be significant over long distances.
you put it under your accessories and it will show your show your depth
distortion matters because the earth is round and it is impossible to show the earth on a flat surface without some distortion
Show them a flat piece of paper and explain that it has size - high by wide by no volume, turn it sideways to show this. For volume, show them a thick book, size again high by wide by now it has depth = volume.
It is challenging to accurately represent the shapes of countries and continents on a map due to the distortion caused by projecting the three-dimensional Earth onto a two-dimensional surface. Different map projections distort shapes, areas, distances, or directions to varying degrees. Therefore, mapmakers must prioritize what aspects of the Earth they want to preserve accurately, and this can result in distortions in other areas.
width, depth and height