MRUV

/*
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/**
*
* @author program
*/
public class MovRecUniVar {

Matriz posicion;
Matriz velocidad;
Matriz aceleracion;

public MovRecUniVar(){

}

public MovRecUniVar(Vector3D pos, Vector3D velo, Vector3D ace){
posicion = pos;
velocidad = velo;
aceleracion = ace;
}

public void calculaPosición(Vector3D r0, Vector3D vel,Vector3D a,double t){
posicion = r0.suma(vel.productoVectorEscalar(t)).suma(a.productoVectorEscalar(Math.pow(t,2)/2));

}

public void calculaVelocidad(Vector3D vel0, Vector3D a, double t){
velocidad = vel0.suma(a.productoVectorEscalar(t));

}

public void calculaAceleracion(Vector3D vel, Vector3D vel0, double t){

//aceleracion = a;
aceleracion = (vel.productoVectorEscalar(Math.pow(1,1)/2)).resta(vel0.productoVectorEscalar(Math.pow(1,1)/2));
}
public static void main(String args[]){
MovRecUniVar m = new MovRecUniVar();
Vector3D r0 = new Vector3D(5,0,0);
Vector3D v0 = new Vector3D(0,0,0);
Vector3D a = new Vector3D(3,0,0);
Vector3D v = new Vector3D(10,0,0);
double t = 2;

m.calculaPosición(r0, v0, a, t);
m.calculaVelocidad(v0,a, t);
m.calculaAceleracion(v,v0,t);

System.out.println("Posicion a los 2s para r0 = \n " +m.posicion+
"\nvelocidad a t = 2s\n"+m.velocidad+"\n aceleracion\n"+m.aceleracion );
}

}