A is a wedge.
The girdle is the series of facets around the widest part of the diamond, used by the jeweler to set the stone. A very wide girdle adds to carat weight, while a very thin girdle can set up the diamond for an accidental fracture or chipping.An ideal girdle is thin to slightly thick. Here is the range of GIA grades for girdle:Extremely ThinVery ThinThinSlightly ThinMediumSlightly ThickThickVery ThickExtremely Thick
It is a 2-dimensional sheet that is rolled together and has 2 ends, so it has 2 edges.However, if the cylinder was a 'planck length' thick [10 to power of -33 cm; in other words extremely thin - as thin as you could get ] it would have no edges since it has no 'locality' ! (And that is a scientific fact - I am not making it up.)So, if it was 1 planck length thick, how many dimensions would it have - one or two? Think that one through!
A wedge can look brown, tan, any color if you paint it. It can be thick, thin, big, or small.
350 sq feet is the SHORT answer! But please read below so you don't run short! Really a great question with only another question for an answer.. Depends on how thick (viscous) the paint is, how rough the surface is, how thick a coat you want & probably a few other variables. If we are talking a mid grade Latex paint from Home Depot, figure about 350 for "average" & if the surface is course, paint is thin or you are rolling it, those will all change the coverage.
Increase the magnitude of one dimension while reducing the other two. In other words, make the shape thin and flat but very long.For example, a 4*4*4 cube has a volume of 64 cubic units and a surface area of 96 square units.A 1*1*64 cuboid, on the other hand, has the same volume but its surface area is 258 square units.Similarly, starting from a sphere, the volume can be maintained but the surface area increased by making it a very thin, flat but long ellipsoid.In mathematical terms there is no limit to how thin or flat, nor how long the shape can be and so there is no limit to the surface area. In real life, of course, no dimension can be made smaller than a molecule and even that is doubtful.Increase the magnitude of one dimension while reducing the other two. In other words, make the shape thin and flat but very long.For example, a 4*4*4 cube has a volume of 64 cubic units and a surface area of 96 square units.A 1*1*64 cuboid, on the other hand, has the same volume but its surface area is 258 square units.Similarly, starting from a sphere, the volume can be maintained but the surface area increased by making it a very thin, flat but long ellipsoid.In mathematical terms there is no limit to how thin or flat, nor how long the shape can be and so there is no limit to the surface area. In real life, of course, no dimension can be made smaller than a molecule and even that is doubtful.Increase the magnitude of one dimension while reducing the other two. In other words, make the shape thin and flat but very long.For example, a 4*4*4 cube has a volume of 64 cubic units and a surface area of 96 square units.A 1*1*64 cuboid, on the other hand, has the same volume but its surface area is 258 square units.Similarly, starting from a sphere, the volume can be maintained but the surface area increased by making it a very thin, flat but long ellipsoid.In mathematical terms there is no limit to how thin or flat, nor how long the shape can be and so there is no limit to the surface area. In real life, of course, no dimension can be made smaller than a molecule and even that is doubtful.Increase the magnitude of one dimension while reducing the other two. In other words, make the shape thin and flat but very long.For example, a 4*4*4 cube has a volume of 64 cubic units and a surface area of 96 square units.A 1*1*64 cuboid, on the other hand, has the same volume but its surface area is 258 square units.Similarly, starting from a sphere, the volume can be maintained but the surface area increased by making it a very thin, flat but long ellipsoid.In mathematical terms there is no limit to how thin or flat, nor how long the shape can be and so there is no limit to the surface area. In real life, of course, no dimension can be made smaller than a molecule and even that is doubtful.
If the object is of the same width and tapers from thick to thin, it may be a wedge.
A Wedge
convex lens
In general, if rectangular in profile: a wedge, slope, or ramp. At the hardware store, it may also be called a shim or a door shim. If circular in profile, it might be called a cone if the thin end is infinitesimal in diameter, or it may be a frustum if the narrow end has some dimension. In a machine shop, it might also be a taper or a Morse taper, if referring to certain tooling.
A thin atmosphere is thin and a thick atmosphere is thick
A thin atmosphere is thin and a thick atmosphere is thick
The pair word is 'thin': thick and thin.
its thick
its thick
its thick
thin
thick is very good thin is very good thick is not good thin is not good thick isn't good thin isn't goof dr, amjad