In astrodynamics or celestial mechanics an elliptic orbit is a Kepler orbit with the eccentricity less than 1; this includes the special case of a circular orbit, with eccentricity equal to zero. In a stricter sense, it is a Kepler orbit with the eccentricity greater than 0 and less than 1 (thus excluding the circular orbit). In a wider sense it is a Kepler orbit with negative energy. This includes the radial elliptic orbit, with eccentricity equal to 1.
In a gravitational two-body problem with negative energy both bodies follow similar elliptic orbits with the same orbital period around their common barycenter. Also the relative position of one body with respect to the other follows an elliptic orbit.
Planetary orbits are elliptical because gravitational interaction over time changes the delicate balance of mass, velocity and distance from the star which otherwise keeps planetary orbit circular.
For a very long time, from Ptolemy to the age of Copernicus, it was widely believed and accepted that planets in our Solar System revolved in a perfectly circular path. Because the circle was presumed to be an ideal shape for planetary bodies to orbit. But then in the seventeenth century in his seminal book Astronomia Nova, Johannes Kepler rebutted this very idea. He put forth his own theory pertaining to planetary motion. He theorized that planetary bodies orbit in an elliptical path with the Sun sitting at one of the foci of that ellipse. In this video we will try to understand what makes thes...
published: 13 Nov 2020
Classroom Demonstrations: Elliptical Orbits
Orbits are usually elliptical, this demonstrates an easy way to draw elliptical orbits that could represent orbits of planets, asteroids and comets in the solar system.
For more information and the full suite of resources, visit http://www.iop.org/space.
published: 25 Jul 2019
The Only Video Needed to Understand Orbital Mechanics
** Re-uploaded to fix small errors and improve understandability **
Do you find orbital mechanics too confusing to understand? Well, you wont after this video!
In this Animation we're in space! We are going to look at why when navigating in an orbit, to speed up, you need to slow down your spacecraft! But before we answer that question, we will first review what an orbit is in the first place and what mechanical energy is! So grab a coffee and I really hope you enjoy and learn from my latest work! Thanks for passing by and please consider subscribing for more!!
If you enjoy these animations and would like to support what I do, feel free to join me through one of the platforms below. You can support me financially or through viewing pre-released content and giving feedback!
Thank you t...
Paul distinguishes circular and elliptical orbits with force vectors for each.
published: 31 Oct 2012
Elliptical Orbits - Brain Waves
Most orbits are elliptical. In order to calculate velocities, to need to understand the terminology describing elliptical orbits and a simple equation for velocity. I explain how to set the problem up and do two example calculations.
published: 22 Jun 2016
【GITADORA】 Elliptic Orbits (MASTER ~ BASIC) Drum
From GITADORA FUZZ-UP DrumMania Premium Encore
(9.60) MASTER 0:00
(8.40) EXTREME 2:16
(6.10) ADVANCED 4:32
(4.00) BASIC 6:48
BPM: 148
Artist: setsat
Recorded with DTXMania NX 1.4.0
LV. 5.00 ~ 9.99 - SPEED x4.0
LV. 4.00 ~ 4.99 - SPEED x3.5
LV. 1.00 ~ 3.99 - SPEED x3.0
--------------------------------------------------------------------------------------------------
【チャンネル登録】【YouTube Channel】:
https://www.youtube.com/channel/UCqwVN6h2xbURCMJ_qPu8esA
【ツイッター】【Twitter】:
ユーチューブ今後の活動についてツイートします
I will be tweeting about my upcoming YouTube activities:
https://twitter.com/approvedtx
【メール】【Email】
ご質問やご意見がございましたら、メールで連絡してください:
If you have questions or feedback, please contact me here:
[email protected]
【Twitch】
https://www.twitch.tv/approvedtx
【Paypal】
私がそれに値すると思うなら、気軽に寄付してください!大変感...
published: 12 Oct 2023
Kepler’s First Law of Motion - Elliptical Orbits (Astronomy)
Our Socratica Astronomy series is back! Bookmark the playlist here:
✷ https://socratica.link/Astro_Playlist
We also ask you join our STELLAR email list so we can notify you when new videos go live:
✷ https://snu.socratica.com/astronomy
(Don’t rely on the YT algorithm to show you what you’re really interested in!)
✵✵✵✵✵ Kepler's First Law of Motion
ELLIPTICAL ORBITS (Astronomy)
With his first law of planetary motion, Kepler rejected circular orbits and showed that an ellipse could better explain the observed motions of Mars. Generalized to all planets, it states that the orbit of a planet follows an ellipse with the Sun at one focus.
Do you know how to draw an ellipse? We show you a neat trick in this video using a piece of string, a pencil, and a couple of pushpins.
✵✵✵✵✵ CHAPTERS
...
published: 15 Apr 2015
Why do objects in space follow elliptical orbits ?
The video explains short reason about space object being elliptical.
#space
#órbit
#newtonslaws
published: 09 Oct 2022
What is an Elliptical Orbit ? | Solar System
In astrodynamics or celestial mechanics, an elliptic orbit is a Kepler orbit with the eccentricity less than 1. this includes the special case of a circular orbit, with eccentricity equal to zero. In a stricter sense, it is a Kepler orbit with the eccentricity greater than 0 and less than 1 (thus excluding the circular orbit). In a wider sense, it is a Kepler orbit with negative energy. This includes the radial elliptic orbit, with eccentricity equal to 1.
In a gravitational two-body problem with negative energy, both bodies follow similar elliptic orbits with the same orbital period around their common barycenter. Also, the relative position of one body with respect to the other follows an elliptic orbit.
Article about Solar System Simulator - https://spacetimeweb.wixsite.com/home/prog...
published: 16 May 2017
Why planets move only in elliptical orbit 🤔? know answer here. #sun, #planets, #astrophile
Planetary orbits are elliptical because gravitational interaction over time changes the delicate balance of mass, velocity and distance from the star which othe...
Planetary orbits are elliptical because gravitational interaction over time changes the delicate balance of mass, velocity and distance from the star which otherwise keeps planetary orbit circular.
For a very long time, from Ptolemy to the age of Copernicus, it was widely believed and accepted that planets in our Solar System revolved in a perfectly circular path. Because the circle was presumed to be an ideal shape for planetary bodies to orbit. But then in the seventeenth century in his seminal book Astronomia Nova, Johannes Kepler rebutted this very idea. He put forth his own theory pertaining to planetary motion. He theorized that planetary bodies orbit in an elliptical path with the Sun sitting at one of the foci of that ellipse. In this video we will try to understand what makes these planetary orbits elliptical.
References:
https://www.nasa.gov/audience/forstudents/5-8/features/nasa-knows/what-is-orbit-58.html
http://www.cso.caltech.edu/outreach/log/NIGHT_DAY/elliptical.htm
https://nssdc.gsfc.nasa.gov/planetary/factsheet/
#science #funfacts #ellipticalorbits
Original Article Link: https://www.scienceabc.com/nature/universe/planetary-orbits-elliptical-not-circular.html
If you wish to buy/license this video, please write to us at [email protected].
Voice Over Artist: John Staughton ( https://www.fiverr.com/jswildwood )
SUBSCRIBE to get more such science videos!
https://www.youtube.com/channel/UCcN3IuIAR6Fn74FWMQf6lFA?sub_confirmation=1
Follow us on Twitter!
https://twitter.com/abc_science
Follow us on Facebook!
https://facebook.com/sciabc
Follow our Website!
https://www.scienceabc.com
Planetary orbits are elliptical because gravitational interaction over time changes the delicate balance of mass, velocity and distance from the star which otherwise keeps planetary orbit circular.
For a very long time, from Ptolemy to the age of Copernicus, it was widely believed and accepted that planets in our Solar System revolved in a perfectly circular path. Because the circle was presumed to be an ideal shape for planetary bodies to orbit. But then in the seventeenth century in his seminal book Astronomia Nova, Johannes Kepler rebutted this very idea. He put forth his own theory pertaining to planetary motion. He theorized that planetary bodies orbit in an elliptical path with the Sun sitting at one of the foci of that ellipse. In this video we will try to understand what makes these planetary orbits elliptical.
References:
https://www.nasa.gov/audience/forstudents/5-8/features/nasa-knows/what-is-orbit-58.html
http://www.cso.caltech.edu/outreach/log/NIGHT_DAY/elliptical.htm
https://nssdc.gsfc.nasa.gov/planetary/factsheet/
#science #funfacts #ellipticalorbits
Original Article Link: https://www.scienceabc.com/nature/universe/planetary-orbits-elliptical-not-circular.html
If you wish to buy/license this video, please write to us at [email protected].
Voice Over Artist: John Staughton ( https://www.fiverr.com/jswildwood )
SUBSCRIBE to get more such science videos!
https://www.youtube.com/channel/UCcN3IuIAR6Fn74FWMQf6lFA?sub_confirmation=1
Follow us on Twitter!
https://twitter.com/abc_science
Follow us on Facebook!
https://facebook.com/sciabc
Follow our Website!
https://www.scienceabc.com
Orbits are usually elliptical, this demonstrates an easy way to draw elliptical orbits that could represent orbits of planets, asteroids and comets in the solar...
Orbits are usually elliptical, this demonstrates an easy way to draw elliptical orbits that could represent orbits of planets, asteroids and comets in the solar system.
For more information and the full suite of resources, visit http://www.iop.org/space.
Orbits are usually elliptical, this demonstrates an easy way to draw elliptical orbits that could represent orbits of planets, asteroids and comets in the solar system.
For more information and the full suite of resources, visit http://www.iop.org/space.
** Re-uploaded to fix small errors and improve understandability **
Do you find orbital mechanics too confusing to understand? Well, you wont after this video!...
** Re-uploaded to fix small errors and improve understandability **
Do you find orbital mechanics too confusing to understand? Well, you wont after this video!
In this Animation we're in space! We are going to look at why when navigating in an orbit, to speed up, you need to slow down your spacecraft! But before we answer that question, we will first review what an orbit is in the first place and what mechanical energy is! So grab a coffee and I really hope you enjoy and learn from my latest work! Thanks for passing by and please consider subscribing for more!!
If you enjoy these animations and would like to support what I do, feel free to join me through one of the platforms below. You can support me financially or through viewing pre-released content and giving feedback!
Thank you to those who are already supporting me!
Follow me on instagram: http://www.instagram.com/animations_xplaned
Patreon: https://www.patreon.com/Animationsxplaned
Kofi: https://ko-fi.com/animationsxplaned
Discord: https://discord.gg/vbbTCGnb
Time Stamps:
Intro - 00:00
What is an Orbit 00:31
What is Mechanical Energy 1:13
Different Burns and Their Effects on orbits 2:48
Trying to Navigate in an Orbit 5:30
*Disclaimer* Im well aware that the ISS travels around the earth from west to east, I've animated this in the opposite direction as I felt like the concepts are easier to grasp with a top down clockwise motion of orbits.
Note: The physics and their respective principles throughout this animation are in no way faultless. Theories, speeds, altitudes have been simplified for comprehensibility.
** Re-uploaded to fix small errors and improve understandability **
Do you find orbital mechanics too confusing to understand? Well, you wont after this video!
In this Animation we're in space! We are going to look at why when navigating in an orbit, to speed up, you need to slow down your spacecraft! But before we answer that question, we will first review what an orbit is in the first place and what mechanical energy is! So grab a coffee and I really hope you enjoy and learn from my latest work! Thanks for passing by and please consider subscribing for more!!
If you enjoy these animations and would like to support what I do, feel free to join me through one of the platforms below. You can support me financially or through viewing pre-released content and giving feedback!
Thank you to those who are already supporting me!
Follow me on instagram: http://www.instagram.com/animations_xplaned
Patreon: https://www.patreon.com/Animationsxplaned
Kofi: https://ko-fi.com/animationsxplaned
Discord: https://discord.gg/vbbTCGnb
Time Stamps:
Intro - 00:00
What is an Orbit 00:31
What is Mechanical Energy 1:13
Different Burns and Their Effects on orbits 2:48
Trying to Navigate in an Orbit 5:30
*Disclaimer* Im well aware that the ISS travels around the earth from west to east, I've animated this in the opposite direction as I felt like the concepts are easier to grasp with a top down clockwise motion of orbits.
Note: The physics and their respective principles throughout this animation are in no way faultless. Theories, speeds, altitudes have been simplified for comprehensibility.
Most orbits are elliptical. In order to calculate velocities, to need to understand the terminology describing elliptical orbits and a simple equation for velo...
Most orbits are elliptical. In order to calculate velocities, to need to understand the terminology describing elliptical orbits and a simple equation for velocity. I explain how to set the problem up and do two example calculations.
Most orbits are elliptical. In order to calculate velocities, to need to understand the terminology describing elliptical orbits and a simple equation for velocity. I explain how to set the problem up and do two example calculations.
Our Socratica Astronomy series is back! Bookmark the playlist here:
✷ https://socratica.link/Astro_Playlist
We also ask you join our STELLAR email list so we...
Our Socratica Astronomy series is back! Bookmark the playlist here:
✷ https://socratica.link/Astro_Playlist
We also ask you join our STELLAR email list so we can notify you when new videos go live:
✷ https://snu.socratica.com/astronomy
(Don’t rely on the YT algorithm to show you what you’re really interested in!)
✵✵✵✵✵ Kepler's First Law of Motion
ELLIPTICAL ORBITS (Astronomy)
With his first law of planetary motion, Kepler rejected circular orbits and showed that an ellipse could better explain the observed motions of Mars. Generalized to all planets, it states that the orbit of a planet follows an ellipse with the Sun at one focus.
Do you know how to draw an ellipse? We show you a neat trick in this video using a piece of string, a pencil, and a couple of pushpins.
✵✵✵✵✵ CHAPTERS
You can jump to chapters in the video here:
0:00 Introduction -Tycho Brahe data
0:41 Competing theories
1:33 The ellipse and elliptical orbits
2:15 Eccentricity
3:03 General statement of Kepler's 1st Law
We have videos for all 3 laws!
Kepler's 1st Law: http://bit.ly/1XCVRSQ
Kepler's 2nd Law:http://bit.ly/1lzhLVQ
Kepler's 3rd Law: http://bit.ly/1MZ35bR
✵✵✵✵✵ CONNECT WITH US
We hope you will share our videos on social media—that really helps us grow. Be sure to tag Socratica so we can come say hi!
✷ Facebook: https://www.facebook.com/SocraticaStudios/
✷ Instagram: https://www.instagram.com/SocraticaStudios/
✷ Twitter: https://twitter.com/Socratica
✵✵✵✵✵ SUPPORT SOCRATICA
You can support our channel by making purchases using our affiliate links. These are books and other resources we have used ourselves, and can personally recommend. A small percent of your purchase (usually 1-2%) will be shared with Socratica by the vendor.
We highly recommend the Astronomy textbook “Universe” by Roger Freedman et al:
✷ 9th Edition http://amzn.to/2so6Ums
✷ 10th Edition http://amzn.to/2tfBjUe
✷ 11th Edition https://amzn.to/3mhxqvv
Carl Sagan's COSMOS
✷ Video series https://amzn.to/3EtoysH
✷ Book https://amzn.to/3CrfsfJ
Moon Globe with explorations
✷ https://amzn.to/3me3kZM
Celestron 6-inch computerized telescope
✷ https://amzn.to/3mhdysk
Our STUDY TIPS BOOK is now available!
How To Be a Great Student
✷ e-book: https://amzn.to/2Lh3XSP
✷ Paperback: https://amzn.to/3t5jeH3
Or read for free when you sign up for Kindle Unlimited:
✷ https://amzn.to/3atr8TJ
Shop Amazon Used Textbooks - Save up to 90%
✷ http://amzn.to/2pllk4B
✵✵✵✵✵ MORE WAYS TO SUPPORT SOCRATICA
JOIN this channel for cute owl badges:
✷ https://bit.ly/SocraticaBadges
SUBSCRIBE to Socratica:
✷ http://bit.ly/SocraticaSubscribe
SUPPORT Socratica on Patreon:
✷ https://www.patreon.com/socratica
DONATE with Paypal:
✷ https://www.paypal.me/socratica
GIFT CRYPTO with Bitcoin:
✷ Our address is bc1qda47tgfyk67lxa7yqn8y5m02hjcglghsd5c58n
✵✵✵✵✵ CREDITS
Presented by Liliana de Castro
Written by Meg Rosenburg and Kimberly Hatch Harrison
Produced by Kimberly Hatch Harrison & Michael Harrison
#Astronomy #Kepler #KeplersFirstLaw
Our Socratica Astronomy series is back! Bookmark the playlist here:
✷ https://socratica.link/Astro_Playlist
We also ask you join our STELLAR email list so we can notify you when new videos go live:
✷ https://snu.socratica.com/astronomy
(Don’t rely on the YT algorithm to show you what you’re really interested in!)
✵✵✵✵✵ Kepler's First Law of Motion
ELLIPTICAL ORBITS (Astronomy)
With his first law of planetary motion, Kepler rejected circular orbits and showed that an ellipse could better explain the observed motions of Mars. Generalized to all planets, it states that the orbit of a planet follows an ellipse with the Sun at one focus.
Do you know how to draw an ellipse? We show you a neat trick in this video using a piece of string, a pencil, and a couple of pushpins.
✵✵✵✵✵ CHAPTERS
You can jump to chapters in the video here:
0:00 Introduction -Tycho Brahe data
0:41 Competing theories
1:33 The ellipse and elliptical orbits
2:15 Eccentricity
3:03 General statement of Kepler's 1st Law
We have videos for all 3 laws!
Kepler's 1st Law: http://bit.ly/1XCVRSQ
Kepler's 2nd Law:http://bit.ly/1lzhLVQ
Kepler's 3rd Law: http://bit.ly/1MZ35bR
✵✵✵✵✵ CONNECT WITH US
We hope you will share our videos on social media—that really helps us grow. Be sure to tag Socratica so we can come say hi!
✷ Facebook: https://www.facebook.com/SocraticaStudios/
✷ Instagram: https://www.instagram.com/SocraticaStudios/
✷ Twitter: https://twitter.com/Socratica
✵✵✵✵✵ SUPPORT SOCRATICA
You can support our channel by making purchases using our affiliate links. These are books and other resources we have used ourselves, and can personally recommend. A small percent of your purchase (usually 1-2%) will be shared with Socratica by the vendor.
We highly recommend the Astronomy textbook “Universe” by Roger Freedman et al:
✷ 9th Edition http://amzn.to/2so6Ums
✷ 10th Edition http://amzn.to/2tfBjUe
✷ 11th Edition https://amzn.to/3mhxqvv
Carl Sagan's COSMOS
✷ Video series https://amzn.to/3EtoysH
✷ Book https://amzn.to/3CrfsfJ
Moon Globe with explorations
✷ https://amzn.to/3me3kZM
Celestron 6-inch computerized telescope
✷ https://amzn.to/3mhdysk
Our STUDY TIPS BOOK is now available!
How To Be a Great Student
✷ e-book: https://amzn.to/2Lh3XSP
✷ Paperback: https://amzn.to/3t5jeH3
Or read for free when you sign up for Kindle Unlimited:
✷ https://amzn.to/3atr8TJ
Shop Amazon Used Textbooks - Save up to 90%
✷ http://amzn.to/2pllk4B
✵✵✵✵✵ MORE WAYS TO SUPPORT SOCRATICA
JOIN this channel for cute owl badges:
✷ https://bit.ly/SocraticaBadges
SUBSCRIBE to Socratica:
✷ http://bit.ly/SocraticaSubscribe
SUPPORT Socratica on Patreon:
✷ https://www.patreon.com/socratica
DONATE with Paypal:
✷ https://www.paypal.me/socratica
GIFT CRYPTO with Bitcoin:
✷ Our address is bc1qda47tgfyk67lxa7yqn8y5m02hjcglghsd5c58n
✵✵✵✵✵ CREDITS
Presented by Liliana de Castro
Written by Meg Rosenburg and Kimberly Hatch Harrison
Produced by Kimberly Hatch Harrison & Michael Harrison
#Astronomy #Kepler #KeplersFirstLaw
In astrodynamics or celestial mechanics, an elliptic orbit is a Kepler orbit with the eccentricity less than 1. this includes the special case of a circular orb...
In astrodynamics or celestial mechanics, an elliptic orbit is a Kepler orbit with the eccentricity less than 1. this includes the special case of a circular orbit, with eccentricity equal to zero. In a stricter sense, it is a Kepler orbit with the eccentricity greater than 0 and less than 1 (thus excluding the circular orbit). In a wider sense, it is a Kepler orbit with negative energy. This includes the radial elliptic orbit, with eccentricity equal to 1.
In a gravitational two-body problem with negative energy, both bodies follow similar elliptic orbits with the same orbital period around their common barycenter. Also, the relative position of one body with respect to the other follows an elliptic orbit.
Article about Solar System Simulator - https://spacetimeweb.wixsite.com/home/programming
Website - http://bit.ly/spacetime_web
Science - https://spacetimeweb.wixsite.com/home/science
Telescope - https://spacetimeweb.wixsite.com/home/telescope
Flickr Pics - https://www.flickr.com/photos/spacetimeweb/
SubReddit - https://www.reddit.com/r/SpacetimeWeb/
About - https://spacetimeweb.wixsite.com/home/about
In astrodynamics or celestial mechanics, an elliptic orbit is a Kepler orbit with the eccentricity less than 1. this includes the special case of a circular orbit, with eccentricity equal to zero. In a stricter sense, it is a Kepler orbit with the eccentricity greater than 0 and less than 1 (thus excluding the circular orbit). In a wider sense, it is a Kepler orbit with negative energy. This includes the radial elliptic orbit, with eccentricity equal to 1.
In a gravitational two-body problem with negative energy, both bodies follow similar elliptic orbits with the same orbital period around their common barycenter. Also, the relative position of one body with respect to the other follows an elliptic orbit.
Article about Solar System Simulator - https://spacetimeweb.wixsite.com/home/programming
Website - http://bit.ly/spacetime_web
Science - https://spacetimeweb.wixsite.com/home/science
Telescope - https://spacetimeweb.wixsite.com/home/telescope
Flickr Pics - https://www.flickr.com/photos/spacetimeweb/
SubReddit - https://www.reddit.com/r/SpacetimeWeb/
About - https://spacetimeweb.wixsite.com/home/about
Planetary orbits are elliptical because gravitational interaction over time changes the delicate balance of mass, velocity and distance from the star which otherwise keeps planetary orbit circular.
For a very long time, from Ptolemy to the age of Copernicus, it was widely believed and accepted that planets in our Solar System revolved in a perfectly circular path. Because the circle was presumed to be an ideal shape for planetary bodies to orbit. But then in the seventeenth century in his seminal book Astronomia Nova, Johannes Kepler rebutted this very idea. He put forth his own theory pertaining to planetary motion. He theorized that planetary bodies orbit in an elliptical path with the Sun sitting at one of the foci of that ellipse. In this video we will try to understand what makes these planetary orbits elliptical.
References:
https://www.nasa.gov/audience/forstudents/5-8/features/nasa-knows/what-is-orbit-58.html
http://www.cso.caltech.edu/outreach/log/NIGHT_DAY/elliptical.htm
https://nssdc.gsfc.nasa.gov/planetary/factsheet/
#science #funfacts #ellipticalorbits
Original Article Link: https://www.scienceabc.com/nature/universe/planetary-orbits-elliptical-not-circular.html
If you wish to buy/license this video, please write to us at [email protected].
Voice Over Artist: John Staughton ( https://www.fiverr.com/jswildwood )
SUBSCRIBE to get more such science videos!
https://www.youtube.com/channel/UCcN3IuIAR6Fn74FWMQf6lFA?sub_confirmation=1
Follow us on Twitter!
https://twitter.com/abc_science
Follow us on Facebook!
https://facebook.com/sciabc
Follow our Website!
https://www.scienceabc.com
Orbits are usually elliptical, this demonstrates an easy way to draw elliptical orbits that could represent orbits of planets, asteroids and comets in the solar system.
For more information and the full suite of resources, visit http://www.iop.org/space.
** Re-uploaded to fix small errors and improve understandability **
Do you find orbital mechanics too confusing to understand? Well, you wont after this video!
In this Animation we're in space! We are going to look at why when navigating in an orbit, to speed up, you need to slow down your spacecraft! But before we answer that question, we will first review what an orbit is in the first place and what mechanical energy is! So grab a coffee and I really hope you enjoy and learn from my latest work! Thanks for passing by and please consider subscribing for more!!
If you enjoy these animations and would like to support what I do, feel free to join me through one of the platforms below. You can support me financially or through viewing pre-released content and giving feedback!
Thank you to those who are already supporting me!
Follow me on instagram: http://www.instagram.com/animations_xplaned
Patreon: https://www.patreon.com/Animationsxplaned
Kofi: https://ko-fi.com/animationsxplaned
Discord: https://discord.gg/vbbTCGnb
Time Stamps:
Intro - 00:00
What is an Orbit 00:31
What is Mechanical Energy 1:13
Different Burns and Their Effects on orbits 2:48
Trying to Navigate in an Orbit 5:30
*Disclaimer* Im well aware that the ISS travels around the earth from west to east, I've animated this in the opposite direction as I felt like the concepts are easier to grasp with a top down clockwise motion of orbits.
Note: The physics and their respective principles throughout this animation are in no way faultless. Theories, speeds, altitudes have been simplified for comprehensibility.
Most orbits are elliptical. In order to calculate velocities, to need to understand the terminology describing elliptical orbits and a simple equation for velocity. I explain how to set the problem up and do two example calculations.
Our Socratica Astronomy series is back! Bookmark the playlist here:
✷ https://socratica.link/Astro_Playlist
We also ask you join our STELLAR email list so we can notify you when new videos go live:
✷ https://snu.socratica.com/astronomy
(Don’t rely on the YT algorithm to show you what you’re really interested in!)
✵✵✵✵✵ Kepler's First Law of Motion
ELLIPTICAL ORBITS (Astronomy)
With his first law of planetary motion, Kepler rejected circular orbits and showed that an ellipse could better explain the observed motions of Mars. Generalized to all planets, it states that the orbit of a planet follows an ellipse with the Sun at one focus.
Do you know how to draw an ellipse? We show you a neat trick in this video using a piece of string, a pencil, and a couple of pushpins.
✵✵✵✵✵ CHAPTERS
You can jump to chapters in the video here:
0:00 Introduction -Tycho Brahe data
0:41 Competing theories
1:33 The ellipse and elliptical orbits
2:15 Eccentricity
3:03 General statement of Kepler's 1st Law
We have videos for all 3 laws!
Kepler's 1st Law: http://bit.ly/1XCVRSQ
Kepler's 2nd Law:http://bit.ly/1lzhLVQ
Kepler's 3rd Law: http://bit.ly/1MZ35bR
✵✵✵✵✵ CONNECT WITH US
We hope you will share our videos on social media—that really helps us grow. Be sure to tag Socratica so we can come say hi!
✷ Facebook: https://www.facebook.com/SocraticaStudios/
✷ Instagram: https://www.instagram.com/SocraticaStudios/
✷ Twitter: https://twitter.com/Socratica
✵✵✵✵✵ SUPPORT SOCRATICA
You can support our channel by making purchases using our affiliate links. These are books and other resources we have used ourselves, and can personally recommend. A small percent of your purchase (usually 1-2%) will be shared with Socratica by the vendor.
We highly recommend the Astronomy textbook “Universe” by Roger Freedman et al:
✷ 9th Edition http://amzn.to/2so6Ums
✷ 10th Edition http://amzn.to/2tfBjUe
✷ 11th Edition https://amzn.to/3mhxqvv
Carl Sagan's COSMOS
✷ Video series https://amzn.to/3EtoysH
✷ Book https://amzn.to/3CrfsfJ
Moon Globe with explorations
✷ https://amzn.to/3me3kZM
Celestron 6-inch computerized telescope
✷ https://amzn.to/3mhdysk
Our STUDY TIPS BOOK is now available!
How To Be a Great Student
✷ e-book: https://amzn.to/2Lh3XSP
✷ Paperback: https://amzn.to/3t5jeH3
Or read for free when you sign up for Kindle Unlimited:
✷ https://amzn.to/3atr8TJ
Shop Amazon Used Textbooks - Save up to 90%
✷ http://amzn.to/2pllk4B
✵✵✵✵✵ MORE WAYS TO SUPPORT SOCRATICA
JOIN this channel for cute owl badges:
✷ https://bit.ly/SocraticaBadges
SUBSCRIBE to Socratica:
✷ http://bit.ly/SocraticaSubscribe
SUPPORT Socratica on Patreon:
✷ https://www.patreon.com/socratica
DONATE with Paypal:
✷ https://www.paypal.me/socratica
GIFT CRYPTO with Bitcoin:
✷ Our address is bc1qda47tgfyk67lxa7yqn8y5m02hjcglghsd5c58n
✵✵✵✵✵ CREDITS
Presented by Liliana de Castro
Written by Meg Rosenburg and Kimberly Hatch Harrison
Produced by Kimberly Hatch Harrison & Michael Harrison
#Astronomy #Kepler #KeplersFirstLaw
In astrodynamics or celestial mechanics, an elliptic orbit is a Kepler orbit with the eccentricity less than 1. this includes the special case of a circular orbit, with eccentricity equal to zero. In a stricter sense, it is a Kepler orbit with the eccentricity greater than 0 and less than 1 (thus excluding the circular orbit). In a wider sense, it is a Kepler orbit with negative energy. This includes the radial elliptic orbit, with eccentricity equal to 1.
In a gravitational two-body problem with negative energy, both bodies follow similar elliptic orbits with the same orbital period around their common barycenter. Also, the relative position of one body with respect to the other follows an elliptic orbit.
Article about Solar System Simulator - https://spacetimeweb.wixsite.com/home/programming
Website - http://bit.ly/spacetime_web
Science - https://spacetimeweb.wixsite.com/home/science
Telescope - https://spacetimeweb.wixsite.com/home/telescope
Flickr Pics - https://www.flickr.com/photos/spacetimeweb/
SubReddit - https://www.reddit.com/r/SpacetimeWeb/
About - https://spacetimeweb.wixsite.com/home/about
In astrodynamics or celestial mechanics an elliptic orbit is a Kepler orbit with the eccentricity less than 1; this includes the special case of a circular orbit, with eccentricity equal to zero. In a stricter sense, it is a Kepler orbit with the eccentricity greater than 0 and less than 1 (thus excluding the circular orbit). In a wider sense it is a Kepler orbit with negative energy. This includes the radial elliptic orbit, with eccentricity equal to 1.
In a gravitational two-body problem with negative energy both bodies follow similar elliptic orbits with the same orbital period around their common barycenter. Also the relative position of one body with respect to the other follows an elliptic orbit.
After separating from the first stage, the second stage powered by two of the company’s hydrogen-powered BE-3U engines will head to a highly elliptical, medium-Earth orbit with an apogee of about 12,000 miles altitude.
This is the point that the earth overtakes Mars in their respective orbits around the sun ... Mars has a more elliptically shaped orbit around the sun than the earth does ... orbital motion around the sun.
This is because the orbits of both the Earth and Mars are elliptical, but its mainly the fault of the Red Planet... These transits actually help to refine the orbits of the two moons.
"Because we're in this elliptical orbit, the time for this solar day — the time it takes for the sun to be at solar noon between one day and the next — is not exactly 24 hours every single day of the year," Shaw said.
of Horsham, Pennsylvania, will receive two task order awards on its contract for Subcategories 1.1 and 1.3 to support science missions in low Earth orbit and to meet the mission requirements for unique, highly elliptical orbits.
... flare data recorded by the ESA-led SolarOrbiter mission over the last three years ... The Solar Orbiter moves on an elliptical path around the sun, making a close approach to our star every six months.
PEM, which accounts for periodic relativistic corrections arising from the Moon’s elliptical orbit and gravitational perturbations by the Sun and planets, resulting in time-dependent oscillations.
This is a great time to appreciate the Earth's elliptical orbit and imagine how the place has evolved with very complex dynamics in the Earth's path through space ... is elliptical rather than circular.
SolarOrbiter moves on an elliptical path around the Sun, making a close approach to our star every six months ... Solar Orbiter is a space mission of international collaboration between ESA and NASA, operated by ESA.
... found that the “asteroid” 2003 RM had deviated slightly from its expected orbit ... In addition to being larger, measuring hundreds of meters or more across, the first group has highly elliptical orbits.
Comets orbit the sun in elliptical paths and are "considered to be remnants from the formation of the solar system and are thought to contain clues about the origins of the universe," NASA added.
BillionaireJared Isaacman and SpaceX engineer Sarah Gillis marked history as the first civilians to have successfully completed a spacewalk, further expanding the horizons of non-governmental space ...
Since then, the Parker probe’s highly elliptical orbit has allowed it to pass through the Sun’s corona several times (“touch the Sun”) ... to the Sun in its elliptical orbit.
Comets are objects that orbit the Sun like the planets but their orbits are usually more elliptical ... Comets are categorised as either short period comets or long period with the latter group having an orbit of more than 200 years.
After an elliptical orbit, the company sent the Peregrine into the Earth’s atmosphere over the Pacific Ocean on Jan ... The probe, once it is in orbit around the Solar System’s largest planet, will make repeated passes near the ice shrouded moon Europa.