Examples of using Cartesian coordinate in English and their translations into Romanian
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In Cartesian coordinates, if p= p1, p2.
Parametric functions, Cartesian coordinate system case.
Cartesian coordinate system pronunciation Cartesian coordinate system.
Converting between polar and Cartesian coordinates.
Where the Cartesian coordinates xyz are measured in m.
The trick is to translate it into modern Cartesian coordinates.
In a Cartesian coordinate system, the origin is the point where the axes of the system intersect.
Impedance meters with simulated resonance in cartesian coordinates.
The distance formula in Cartesian coordinates is derived from the Pythagorean theorem.
CC1 files are Uncommon Files primarily associated with Chem3D Cartesian Coordinates 1.
The following section uses the Cartesian coordinate system with basis vectors.
He was measuring the stars' radial velocity,the distance in parsecs, And the cartesian coordinates.
The versors of the axes of a Cartesian coordinate system are the unit vectors codirectional with the axes of that system.
So now I can write down the connection between electric field and potential in Cartesian coordinates.
But when they put a problem down that had cartesian coordinates in it, the horse just stood there, dumbly, like any other horse.
Vectors in an n-dimensional Euclidean space can be represented as coordinate vectors in a Cartesian coordinate system.
The 2D axis ordering of coordinate data assumes a Cartesian coordinate system, using the order(X Y) or(Easting Northing).
The distance and the angle vertical and horizontal give a polar coordinate(δ, a, β)that is converted to Cartesian coordinate(x, y, z).
Consider two observers O and O,each using their own Cartesian coordinate system to measure space and time intervals.
Because in Cartesian coordinates the traditional versions can be formulated without the machinery of differential geometry they are more accessible, older and have familiar names.
The corresponding coordinates x1, x2,…, xn are just the Cartesian coordinates of the vector.
When gravity is negligible and using a Cartesian coordinate system for spacetime, this may be expressed in terms of partial derivatives as.
Elements in this vector space(e.g.,(3, 7))are usually drawn as arrows in a 2-dimensional cartesian coordinate system starting at the origin(0, 0).
In flat spacetime and using Cartesian coordinates, if one combines this with the symmetry of the stress- energy tensor, one can show that angular momentum is also conserved.
Every Euclidean vector a ina n-dimensional Euclidean space(Rn) can be represented as a linear combination of the n versors of the corresponding Cartesian coordinate system.
If my life were expressed as a function on a four-dimensional Cartesian coordinate system, that spot at the moment I first sat on it would be zero-zero-zero-zero.
In most contexts it can be assumed that i, j, and k,(or ı→,{\displaystyle{\vec{\imath}},} ȷ→,{\displaystyle{\vec{\jmath}},} and k→{\displaystyle{\vec{k}}})are versors of a 3-D Cartesian coordinate system.
Using the Cartesian coordinate system, geometric shapes( such as curves) can be described by Cartesian equations: algebraic equations involving the coordinates of the points lying on the shape.
These numbers are the coordinates of the endpoint of the vector,with respect to a given Cartesian coordinate system, and are typically called the scalar components(or scalar projections) of the vector on the axes of the coordinate system.
The r{\displaystyle r} coordinate represents the radial distance from the pole, and the θ coordinate represents the anticlockwise(counterclockwise) angle from the 0° ray(sometimescalled the polar axis), known as the positive x-axis on the Cartesian coordinate plane.