Examples of using Spatial coordinates in English and their translations into Bulgarian
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Colloquial
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Medicine
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Ecclesiastic
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Ecclesiastic
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Computer
Spatial coordinates.
It's a function of three spatial coordinates.
I still have the spatial coordinates of Enterprise… but without a quantum discriminator it's going to be very tricky… to contact the ship on the same day you left.
Time is just a coordinate, like the three spatial coordinates. .
(1)Strong flexibility, which can realize spatial coordinates point measurement, can easily measure various components of the three-dimensional contour size and position parameters;
All intellectual property objects have no spatial coordinates, i.e.
Polhemus Patriot equipment to monitor the spatial coordinates and orientation of the body: main application- trajectory tracking and control of mobile and aerial robots;
Its temporal coordinates give me no trouble;must it not have spatial coordinates as well?
Two of these can be singled out;spatial inversion in which the spatial coordinates of all events are reversed in sign and temporal inversion in which the time coordinate for each event gets its sign reversed.
A point in space has three degrees of freedom,since its state is completely described by three spatial coordinates.
One can use any three well-defined spatial coordinates and any measure of time.
I will start feeling what spiritual qualities mean; to some extent,I will begin to sense what the spiritual qualities, the three spatial coordinates, and time are.
The Lorenz transformations show how the time and spatial coordinates between two inertial frames(moving relatively to each other) must be transformed, so that the measured value for the speed of light in the two frames to be the same.
The relative times are mathematically transformed into three absolute spatial coordinates and one absolute time coordinate. .
The aim is to derive the desired relationship(transformation) of the spatial coordinates and the time between them(which turns out to be Lorentz transformation), but based on the assertion that“the speed of light is the same for all inertial frames of reference”.
The hyperbolic functions arise from the difference between the squares of the time and spatial coordinates in the spacetime interval.
The Lorenz transformations show how the time and spatial coordinates between two inertial frames(moving relatively to each other) must be transformed, so that the measured value for the speed of light in the two frames to be the same.
Another 5 minutes goes to the development of fine motor skills,with the necessary repetition of spatial coordinates where the right hand, where- left, etc.
Given the strong resemblance to rotations of spatial coordinates in 3d space in the Cartesian xy, yz, and zx planes, a Lorentz boost can be thought of as a hyperbolic rotation of spacetime coordinates in the xt, yt, and zt Cartesian-time planes of 4d Minkowski space.
To move from point A to point B or C, you must follow some order of moments,where“before” and“after” are defined by spatial coordinates of connected points.
In such a case, in order to determine the location of that one body in space,some numerical values should be assigned to the three spatial coordinates and the three rotational angles(simultaneously observing how fast these parameters change over time).
By GPS measurements to determine the location of a ground point. From the viewpoint of the specialist,this means that measuring spatial coordinates in a geocentric coordinate system.
By GPS/GNSS surveying the location of a ground point is determined.From the specialist's point of view this means that spatial coordinates are obtained in a geocentric coordinate system.
More specifically, the equations of motion describe the behaviour of a physical system as a set of mathematical functions in terms of dynamic variables: normally spatial coordinates and time are used, but others are also possible, such as momentum components and time.
Spatial coordinate system The program's largest data unit is the project.
Integrated urban development policy is a process that coordinates critical spatial, sectoral and temporal matters.
Three-dimensional time, like its spatial equivalent, has coordinates.
It decodes digital signalsof various standards and automatically determines the coordinates and spatial orientation of the system's equipment.
In the universe, a lot of such worlds where intelligent beings live in different spatial and temporal coordinates, and have different density in the material shell(astral plane).
The identification process allows us to identify the range of hazards,the probability of their manifestation, spatial localization(coordinates), the magnitude of damage, and a number of other parameters necessary for solving a particular task.