{QTtext}{font: Arial}{bold}{size: 30}{textColor: 65535, 65535, 65535}{justify: center}{timeScale: 100}{width: 1920}{height: 72}{timeStamps:absolute}{language: 0}{textEncoding: 0}{keyedText: on}{anti-alias: off}{dropShadow: on}{dropShadowOffset: 1,1}{dropShadowTransparency: 200}{useMovieBackColor: on} [00:00:00.820] This sequence shows how a solar eclipse might appear from the lunar surface. [00:00:06.040] [00:00:06.700] Night is falling on the moon... [00:00:08.760] the distant mountains are still in sunlight. [00:00:11.480] [00:00:12.200] After sunset, the lunar surface is blue, [00:00:15.500] lit by earthshine. [00:00:17.500] [00:00:17.840] It's "new Moon" at Earth [00:00:19.840] but it's "Full Earth" at the moon! [00:00:22.580] [00:00:23.080] Since the Moon's shadow covers only a small part of Earth, [00:00:26.560] the lunar surface doesn't get a lot darker. [00:00:29.160] [00:00:30.000]