Consider the manipulator shown in Figure-3. The robot's current configuration is given by l_(1) (in meters), l_(2) (in meters), \phi _(1) (in degrees), d_(2) (in meters) and \phi _(3) (in degrees). Find the joint velocities \phi _(1)^(?),d_(2)^(?) and \phi _(3)^(?), given the end effector velocity [[x_(e)^(?),y_(e)^(?),z_(e)^(?)]]^(T)(in(m)/(s)).
can you solve this question with clear steps and parametricly