At about 1:30, footage of the LM ascent module is shown lifting off from the moon. This was the final Apollo mission, Apollo 17, which left the moon on December 14, 1972. This is a remarkable shot, as the camera was being controlled remotely from Houston, and powered by the lunar rover and with the transmission being beamed from the rover's antenna. As it takes approximately one and a half seconds for a radio signal to travel from the earth to the moon and another second and a half for the return signal, controller Ed Fendell had to start the camera moving a second and a half before the actual blast off. He then used the joystick to tilt the camera upwards at the same rate as the ascent of the spacecraft, but anticipate its location from moment to moment and do it one and a half seconds early. Thanks to his precise timing, he was able to capture the shot while keeping the spacecraft in the frame the entire time.
The decade that saw the Mercury, Gemini, and Apollo programs was a full decade before the advent of personal computers. As a proper computer was far too large to fit into a narrow console (much less two or three computers), what appears to be computer monitors at each station are actually televisions that are displaying video images. Each of the screens was linked to a closed circuit system that used an early version of a video camera pointing at a computer screen in another part of the building. The first personal computer did not hit the market until 1975, in the form of the MITS Altair 8800, which was purchased as a kit and had to be assembled by the customer.
The second American crewed space program was named Gemini after the constellation of the same name, which is in the shape of a pair of twins, reflecting the size of the crew complement. While the proper pronunciation of the constellation ends with a long "i" (to rhyme with "eye"), the pronunciation at NASA was with a long "e" (to rhyme with "key"); thus, "Jemenee" is the correct pronunciation of the NASA two-man space program.