In astrodynamics or celestial dynamics orbital state vectors (sometimes state vectors) are cartesian vectors of position and velocity that together with their time (epoch) uniquely determine the trajectory of a body in space.
Read more about Orbital State Vectors: Frame of Reference, Position Vector
Other articles related to "orbital state vectors, vector, state vector, state, orbital":
Orbital State Vectors - Position Vector - Derivation
... The velocity vector can be derived from position vector by differentiation with respect to time An object's state vector can be used to compute its classical or ... used to quickly and easily estimate the object's state at any arbitrary time provided its motion is accurately modeled by the two-body problem with only small perturbations ... On the other hand, the state vector is more directly useful in a numerical integration that accounts for significant, arbitrary, time-varying forces such as drag, thrust and gravitational ...
... The velocity vector can be derived from position vector by differentiation with respect to time An object's state vector can be used to compute its classical or ... used to quickly and easily estimate the object's state at any arbitrary time provided its motion is accurately modeled by the two-body problem with only small perturbations ... On the other hand, the state vector is more directly useful in a numerical integration that accounts for significant, arbitrary, time-varying forces such as drag, thrust and gravitational ...
Eccentricity Vector - Calculation
... The eccentricity vector can be calculated where is orbital velocity vector, is orbital angular momentum vector, is orbital position vector, is standard gravitational parameter ... or equivalently from the orbital state vectors by where is velocity vector of the orbital state vectors, is position vector of the orbital state vectors, is standard ...
... The eccentricity vector can be calculated where is orbital velocity vector, is orbital angular momentum vector, is orbital position vector, is standard gravitational parameter ... or equivalently from the orbital state vectors by where is velocity vector of the orbital state vectors, is position vector of the orbital state vectors, is standard ...
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