inclined plane ,thats a flat surface that is higher on one end.IsNT IT WHAT YOU WHERE LOOKING FOR ?
That sounds like a ramp to me.
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.
A circle is by definition 2-dimensional (flat). If you mean a circle that is wider in one direction than the other, than you are thinking of an ellipse.
it is a crystal. a crystal has actually more than one flat surface. I dont really know how to explain andled sides but it kid of makes it look like an ice cream cone with a point at both the top and the bottom. the "cone" is actually several flat surfaces making it look roundish.
On house, why might a pyramid-shape roof be better than a flat roof?
A ramp is a flat surface that is higher on one end than the other, sloping upward to allow for easier movement between different levels.
SDDDD
That sounds like a ramp to me.
No, a simple machine is a mechanical device that helps make work easier. A flat surface with one end higher than the other is not typically considered a simple machine, but rather a ramp or inclined plane.
That sounds like an inclined plane. It is a simple machine with a flat surface that is tilted at an angle, allowing objects to be moved from a lower to a higher position with less force.
The surface temperature of Venus is higher than the surface temperatures of the other inner planets because of its thick atmosphere.
The surface temperature of Venus is higher than the surface temperatures of the other inner planets because of its thick atmosphere.
This could describe a plateau, a flat elevated landform that is higher than the surrounding area but not as steep as a hill. Plateaus often have a broad, flat surface at the top.
B is half a tone higher than B flat
A is one half-step higher than A-flat.
An isolated flat elevation of land is called a plateau. Plateaus are elevated areas of flat terrain that are higher than the land surrounding them, but have a relatively level surface on top.
A flat, horizontal surface will absorb the most isolation compared to other surfaces. This is because a flat surface allows for more direct exposure to the sun's rays, maximizing the absorption of heat. Additionally, darker surfaces tend to absorb more isolation than lighter surfaces due to their higher heat retention properties.