Find the components along the coordinates axes of the position vector of each of the following points: `P(5,4)`

Find the components along the coordinates axes of the position vector of each of the following points: S(-4,-5)

Find the components along the coordinate axes of the position vector of each of the following points: P(3,2)

Find the components along the coordinates axes of the position vector of each of the following points: R\ (5,-7)

Find the components along the coordinate axes of the position vector of each of the following points: \ (-5,1)

Find the components along the coordinate axes of the position vector of each of the following points: S(4,-3)

Find the components along the coordinates axes of the position vector of each of the following points: Q\ (-4,\ 3)

Find the components along the coordinate axes of the position vector of each of the following points: R(-11 ,\ -9)

Find the components along the x,y,z axes of the angular momentum overset rarr(L) of a particle, whose position vector is overset rarr(r ) with components x,y,z and momentum is overset rarr(p) with components p_(x), p_(y) and p_(z) . Show that if the particle moves only in the x-y plane, the angular momentum has only a z-component.

Find the components along the x,y,z axes of the angular momentum overset rarr(L) of a particle, whose position vector is overset rarr(r ) with components x,y,z and momentum is overset rarr(p) with components p_(x), p_(y) and p_(z) . Show that if the particle moves only in the x-y plane, the angular momentum has only a z-component.

Find the components along the x,y,z axes of the angular momentum overset rarr(L) of a particle, whose position vector is overset rarr(r ) with components x,y,z and momentum is overset rarr(p) with components p_(x), p_(y) and p_(z) . Show that if the particle moves only in the x-y plane, the angular momentum has only a z-component.