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A particle moving in three-dimensional space can be located at each instant of time t by a position vector r drawn from some fixed reference point O. Since the position of the terminal point of r depends on time, r is a vector function of t.
The rotating radius is known as a position vector for the particle, and, if the angle between it and a fixed radius is known as a function of time, the magnitude of the velocity and acceleration of the particle can be calculated.
A position vector.
Each particle has a position vector and a velocity vector.
The evaluation of a position vector being best or not is based on, the objective function of the optimization problem.
The basis used is a position vector centred on the nuclei corresponding to the position relative to the centre of mass, similar to that of vibrational modes.
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a position vectors for two colliding particles in the lab frame and in the center-of-mass frame.
A source position vector (s0) and an incident directional vector (c0) are specified by the user.
The guidance system is designed by defining a new position vector for each vessel in the formation space and designing the control input for the new defined kinematics model in the formation space.
The algorithm shown in Figure 1 involves updating w proportional to the loss we obtain by predicting a wrong position vector C j instead of the true position vector C i.
A normal curve in ({mathbb {R}}^{4}_{1}) is a curve whose position vector always lies in its normal space (e^{perp}_{1}={win{mathbb {R}}^{4}_{1}: langle w,e_{1} rangle=0}).
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com