Hi guys, Welcome to the Advanced Video Search Engine, and you are watching How Planets Rotate (Watch it at 0.25x Speed to See 1 Hour in 1 Second). That video is uploaded by The Bendu Order at 2021-08-26T06:44:38-07:00. We are promoting this video only for entertainment and educational purpose only. So, I hope you like & enjoy it. [m7lWYaJH-eg]
| Name | How Planets Rotate (Watch it at 0.25x Speed to See 1 Hour in 1 Second) |
| Video Uploader | Video From The Bendu Order |
| Upload Date | This Video Uploaded At 26-08-2021 13:44:38 |
| Video Discription | #shorts How Planets Rotate (Slow It Down to 0.25x to See 1 Hour in 1 Second) The rotation periods of the planets cast to a single sphere. Rotations relative to background stars. To measure a day is to count the amount of time it takes for a planet to completely spin around and make one full rotation. This is called a sidereal day. On Earth, a sidereal day is almost exactly 23 hours and 56 minutes. We know how long an Earth day is, but how about the other planets in our solar system? How long does it take for those planets to spin one full rotation? And what is the best way to show the answer to this question? The simple answer is: Mercury: 58d 16h, 10.83 km/h Venus: 243d 26m, 6.52 km/h Earth: 23h 56m, 1574 km/h Mars: 24h 36m, 866 km/h Jupiter: 9h 55m, 45,583 km/h Saturn: 10h 33m, 36,840 km/h Uranus: 17h 14m, 14,794 km/h Neptune: 16h, 9,719 km/h In this dataset, it's possible to see all 8 planets on the sphere rotating at once and we have set Earth's ~24 hour day/rotation to happen in 60 seconds. Next to each planet's name, we have listed the time it takes for each planet to make one full rotation as well as the speed each planet moves at its equator. Jupiter, for example, makes one rotation in 9h 55m but moves 27 times faster than Earth at its equator, spinning at a whopping 45,583 km/h! We have included two PIPs (picture in pictures) that can be toggled on for further explanation related to this concept. A PIP of the approximate sizes of the planets relative to each other and a PIP illustrating that if you viewed all the planets from the same point and at an angular diameter of 30 degrees - about ten feet from the sphere - each planet would appear to have a similar size. Credit: Dr James O'Donoghue / NASA / Interplanetary @Interplanetary m7lWYaJH-eg |
| Category | Science & Technology |
| Tags | planets rotation | how planets rotate | earth's rotation | shorts | youtube shorts | how the planets rotate | mars rotation | solar system | how all planets rotate | planets rotation around the sun | planets rotation and revolution | how the plaents rotate | how do all planets rotate | how fast do the planets rotate | how fast planets rotate | how do planets rotate | earth full rotation | sidereal day |
