Imagine two civilizations from different planets that have started an intergalactic war. During a space battle, a missile is shot from spaceship one toward spaceship two. The missile leaves the spaceship one at 0.933c (in spaceship one's reference frame) and approaches spaceship two at 0.746c (in spaceship two's reference frame). What is the relative velocity of the two spaceships in units of c?Hint: keep in mind that the two spaceships are approaching each other.Round your answer to three decimal places.The hint he gave me is :please see section 5.6 of the text, on relativistic velocity transformation. Hint: in the reference frame of space ship 2, what is the velocity of each space ship? We are using University physics volume 3 which is evidentally available for free on openstax.org. Thank you

Solution: Let v be the velocity of the starship 1 with respect to the starship 2. The missile leaves…

Imagine two civilizations from different planets that have started an intergalactic war. During a space battle, a missile is shot from spaceship one toward spaceship two. The missile leaves the spaceship one at 0.933c (in spaceship one's reference frame) and approaches spaceship two at 0.746c (in spaceship two's reference frame). What is the relative velocity of the two spaceships in units of c

Imagine two civilizations from different planets that have started an intergalactic war. During a space battle, a missile is shot from spaceship one toward spaceship two. The missile leaves the spaceship one at 0.933c (in spaceship one's reference frame) and approaches spaceship two at 0.746c (in spaceship two's reference frame). What is the relative velocity of the two spaceships in units of c