spatial relations
The space between two objects or points. Distance is by definition measurable, so that if one asks what the distance is between two objects, one answers in units of two-dimensional spatial measurement (metres, feet, inches, miles, light years etc.)
spatial relationships are the relationships between two or more objects.
A spatial sequence refers to a set of events separated in space - irrespective of their separation in time. A time sequence is the other way around. Sequences need not repeat themselves, but are more interesting to many people if they are. An example of a repeating spatial sequence may be the pattern of bricks in a wall. The pattern repeats itself after some distance. An example of a repeating time sequence is the seasons of the year.
the spatial figures are cone,cube,cylender,sphere,pyramid.........
spatial
Two processes are separated by space or distance.
Spatial learning can be perceived as the same as long-distance learning. Some examples are online universities and trade schools.
Spatial code refers to the use of spatial relationships, such as distance, direction, and proximity, to convey information or instructions in a structured manner. It is often used in fields such as geographic information systems (GIS), computer science, and urban planning to analyze and represent spatial data.
Spatial refers to distance or interval of space, without specifying units. For example instead of saying "the world is three dimensional" you might say "the world is made up of three spatial dimensions".
it goes in both direction to measure the distance of something from top to bottom.
Spatial extent refers to the geographical or physical coverage of an area or region. It defines the boundaries or limits of where a phenomenon, process, or study is occurring. It may be expressed in terms of area, volume, distance, or any other spatial dimensions.
Spatial terms in social studies refer to vocabulary that describes the physical location, arrangement, and relationships between places, people, and things on Earth. These terms help students understand concepts related to geography, including relative location, distance, scale, and direction. Examples of spatial terms include "north," "latitude," "distance," and "topography."
Spatial coherence of light refers to the degree to which the electromagnetic waves emitted from a source maintain a constant phase relationship as they propagate through space. It describes how well the light waves maintain their interference pattern over a given distance. High spatial coherence allows for clear interference patterns, while low spatial coherence results in a blurred or incoherent image.
Spatial dimension in geography refers to the physical extension or distance in a geographical area. It encompasses concepts such as proximity, connectivity, and scale in analyzing spatial relationships and patterns in a geographic context. Understanding the spatial dimension is crucial for studying patterns of distribution, movement, and interaction of phenomena in geographical space.
In physics, the wavelength of a sinusoidal wave is the spatial period of the wave-the distance over which the wave's shape repeats.
Spatial variations refer to differences or changes in characteristics or conditions across space, such as distance, area, or location. These variations can occur in terms of physical, environmental, social, or economic factors, and can impact patterns or distributions of phenomena within a region. Understanding spatial variations is important in fields like geography, urban planning, and environmental studies for effective decision-making and assessment of spatial relationships.