WEBVTT 00:03.203 --> 00:06.673 align:left position:77.5%,start line:83% size:12.5% JAMES: Did you know that the North Star is not the brightest star in the night sky? 00:06.773 --> 00:10.310 align:left position:75%,start line:83% size:15% DEAN: However, it is the most important star in the sky. 00:10.410 --> 00:15.415 align:left position:75%,start line:83% size:15% DEAN: We're facing north any night this week at around 9:30 p.m., where you should be able 00:15.515 --> 00:20.353 align:left position:75%,start line:83% size:15% to see the Big Dipper, the 4 stars that make its cup and the 3 stars that make its handle. 00:20.453 --> 00:24.591 align:left position:75%,start line:83% size:15% JAMES: To find the North Star, take the two stars at the end of the cup, and shoot an 00:24.691 --> 00:29.829 align:left position:72.5%,start line:83% size:17.5% arrow through them and that arrow will always point to Polaris, aka the North Star. 00:29.929 --> 00:34.968 align:left position:77.5%,start line:83% size:12.5% JAMES: Since Polaris is directly above the Earth's north pole, it s the only star which 00:35.068 --> 00:38.505 align:left position:75%,start line:83% size:15% remains stationary while all the other stars slowly circle 00:38.605 --> 00:40.340 align:left position:37.5%,start line:89% size:52.5% around it. 00:40.440 --> 00:43.810 align:left position:77.5%,start line:83% size:12.5% DEAN: As the earth turns on its axis, all the stars in the heavens would seem to move, 00:43.910 --> 00:45.145 align:left position:35%,start line:89% size:55% except one 00:45.245 --> 00:46.346 align:left position:40%,start line:89% size:50% Polaris. 00:46.446 --> 00:48.782 align:left position:65%,start line:89% size:25% That's why Polaris, the North Star is so important. 00:48.882 --> 00:52.882 align:left position:22.5%,start line:89% size:67.5% BOTH: Keep looking up!