Two rockets are leaving their space station along perpendicular paths, as measured by a observer on the space station. Rocket A moves at 0.70c and Rocket B moves at 0.80c, both measured relative to the space station. According to an observer on the space station, Rocket A moves in the positive x direction and Rocket B moves in the positive y direction. What is the velocity of Rocket B as observed by Rocket A? In other words, find the velocity components u, and u, of Rocket B as measured in the rest frame of Rocket A. Give your answers as multiples of the speed of light c to 2 significant figures.

Two rockets are leaving their space station along perpendicular paths, as measured by a observer on the space station. Rocket A moves at 0.70c and Rocket B moves at 0.80c, both measured relative to the space station. According to an observer on the space station, Rocket A moves in the positive x direction and Rocket B moves in the positive y direction. What is the velocity of Rocket B as observed by Rocket A? In other words, find the velocity components u, and u, of Rocket B as measured in the rest frame of Rocket A. Give your answers as multiples of the speed of light c to 2 significant figures.