Answer Happy

A spaceship of mass m = 882 kg is slowly approaching
the center of a large space station with speed v = 4 m/s. An
astronaut on one end of the space station is measuring the angular
momentum of the spaceship. The astronaut is at a vertical distance
of d1 = 26 m away from the direction of motion
of the spaceship. The spaceship is at a horizontal distance
of d3 = 21 m away from the center of the space
station, and a distance of d2 away from the astronaut.
What is magnitude of the angular momentum of the spaceship as
measure by the astronaut? Input your answer
as integer and in units
of kg⋅m/s.
A spaceship of mass m = 882 kg is slowly approaching the center of a large space station with speed v = 4 m/s. An astronaut on one end of the space station is measuring the angular momentum of the spaceship. The astronaut is at a vertical distance of di = 26 m away from the direction of motion of the spaceship. The spaceship is at a horizontal distance of d3 = 21 m away from the center of the space station, and a distance of d2 away from the astronaut. What is magnitude of the angular momentum of the spaceship as measure by the astronaut? Input your answer as integer and in units of kg. m/s. dz, Spaceship d3