/// <summary>
/// Für eine gegebene Masse und einen Beschleunigungsvektor wird der Hubweg als Vektor berechnet,
/// welche der gegebenen potentiellen Energie entspricht.
/// </summary>
/// <param name="Epot"></param>
/// <param name="g"></param>
/// <param name="m"></param>
/// <returns></returns>
public static LengthInMeter <Mag.One> LiftUpVectorInMeter(Energy Epot, Acceleration g, Mass m)
{
var gInMeterPerSec = Acceleration.MeterPerSec2(g).Vector;
double gAbs = gInMeterPerSec.Length;
gAbs *= gAbs;
double fact = Energy.Nm(Epot).Value / (Mass.Kilogram(m).Value *gAbs);
return(Length.Meter((fact * gInMeterPerSec).coordinates));
}
// km.s-2
public static Acceleration KilometerPerSec2(Force F, Mass m)
{
return(KilometerPerSec2(Force.N(F).A.Vector / (1 / Mass.Kilogram(m).Value)));
}
public static ForceInNewton <Mag.Giga> GN(Acceleration a, Mass m)
{
return(GN(Acceleration.MeterPerSec2(a).Vector *Mass.Kilogram(m).Value));
}
public override Mass ConvertInM(Mass M)
{
return(Mass.Kilogram(M));
}
