On May 31, 2020, for the first time, a private company (Space X) placed a spacecraft in space, the Crew Dragon. Its objective was to transport two astronauts to the Space Station International (EEI). The animation below represents, in a simplified way, how the meeting took place of these ships. The EEI develops a constant angular velocity of 4.20 rad/h, which corresponds to a linear speed 30 times that of a jet plane. Its orbit is only at 396 km altitude, distance equivalent to the Rio-Sao Paulo stretch. Due to this proximity, it is possible to see the EEl at naked eye from here on Earth's surface. The Crew Dragon (white moving ball in the picture below) was launched at the exact moment the ISS was passing over the launch pad. Using the Earth as reference, the Crew Dragon climbed in a straight and vertical motion with an average speed of 1980 km/h. Upon reaching the ISS orbit, the spacecraft deviated and began to describe a circular motion starting a space chase, as shown in the animation below. Knowing that Crew Dragon's average angular velocity for space pursuit was 4.24 rad/h, how long is this space chase