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Its on the side if you are on the equator
Ответитьnice bro
ОтветитьI have been searching and searching for a video that shows what a person on the map (thinking it's me and trying to understand) what I'm seeing. So say on a full moon I watch the entire moonrise to moonset. During that time the earth is spinning, the moon is orbiting us, and the two of them are orbiting the sun. There are three movements there. With all that movement I can still watch the moon cross the sky with no real perceivable change in the phase. I'd love to see a model that shows that really slow (not that slow : ). All models I've seen the earth is traveling so fast. That, and, I get that this is light, and that "tides" work differently. But I can't understand why a new moon would have any different effect on a person than a full moon. Because it's just light. Anyone? Thanks!
ОтветитьThank you..never knew this..
Still going through your videos so you will see more of my comment's lolol
This type of visualization was once provided by the armilary sphere, and by the astrolabe, which is a 2-d visualization.
Would you consider rendering videos to allow us to experience these two historically important instruments?
François Guay, Canada
Excellent thanks
ОтветитьThat explained, along with the animation was incredible, I’ve always wanted to understand the moons phases more, thanks so much Jared……you’re so clever x
ОтветитьI don’t understand how could you see the full moon. In the animation looks more like an eclipse. Is the moon on a different plane respect to the Earth during full moon?
ОтветитьAh yes the new intro
ОтветитьTODOS HABLAN EN INGLÉS 😡
Ответить0ppppp[[[[
Ответить😮😢😕😰😨😓😞😟☹️🤕🤒😩😫😱😡😒😮💨😠🤬🫤😳😵🤕🤯😭😐😑
ОтветитьOK Google
ОтветитьEl niño más grande aprendió en mí colegio y no en la casa
ОтветитьAs a kid I though the shadow on the moon was from the earth, made some sense when it was Crescent moon since it looked like a round object was making a shadow, then I though maybe since the moon is round that is what made the shadow look that way, made more sense in the other phases of the moon 😅
ОтветитьThe full moon will set about the time the sun rises.
ОтветитьDuring a waxing gibbous, it will rise at dusk and will set about dawn.
ОтветитьIf we’re on a waxing crescent, it will rise about morning, and it will set about afternoon.
ОтветитьThank you sir, great explanation as always. o7
ОтветитьAnd the four intermediate phases are the Waxing crescent, waxing gibbous, Waning gibbous, and Waning Crescent..
ОтветитьSo, the four primary phases are: New moon, First Quarter, Full moon and Third quarter.
ОтветитьThe phases are divided into four types: Four primary and four intermediate.
ОтветитьToo difficult to understand. I give up.
ОтветитьYou teach me more than my school
ОтветитьHow can you say that the Moon orbits and 'spins' at the same rate? In your opinion the Moon spins around its axis? If so if the Earth orbited the Sun facing it permamently with the same side, would you also say the Earth spins around its axis?
ОтветитьHave you seen the pharaoh jared
ОтветитьBest animation/video on the topic ever!!
ОтветитьGreat video sir it is amazing do more videos about how moon revolve around the earth 👍
ОтветитьI still don't understand it. And how the ancients figured this out is mind boggling.
ОтветитьBob is a giant mofo!
ОтветитьVer confusing narration
ОтветитьSo beautifully explained and demonstrated
ОтветитьWow 😲. Easy explanation
Ответитьhi . I have a small doubt . as per this video knowledge dark side of earth ( night time) people should not able to see crescent of moon . But i see crescent moon so many times at nights.
Ответитьamazing animation i got it completely
ОтветитьYour animation has some flaw because Moon is locked on is on axis. It does not rotate on it. Axis
ОтветитьGreat video - but I was hoping to find out why the moon rises in very different locations and if it's consistent throughout a lunar-monthly schedule. Still digesting that because earth is tilted on it's axis - if the moon rotated exactly with earth along earth's axis, the moon would always rise in the same location, but it doesn't. And since it rises in very different locations as much as 45˚ deviation???, I suspect that it doesn't rotate along side earth's axis. That would account for its seemingly random (in my understanding) nightly locale at 'moon rise.' Just scratching the surface of my own understanding. I live at a point between two sandy beaches, looking at open ocean in Massachusetts and the tides here are also some kind of cool mystery as well. They're not as regular as one might think compared to the regularity of the near-24-hour day and near-28-day lunar cycles. The moon having a far greater pull on these 12-foot (more or less) tides, while Key West in Florida has only 2-foot tides! The new moon (and sun) as well as the full moon and sun - typically 'gang up' on the ocean, producing wildly higher and lower tides than the 'mid' lunar cycles - that makes perfect sense - simple rules of gravity. But there's more depth and detail to this. It's all a big cool puzzle I'm trying to more fully understand. AND IT AIN'T EASY !! but thanks for this video - your animation is TOPS - it's perfect ! How long does it take you to put these videos together? I can't imagine the process. Power to ya, bro!
ОтветитьBest explanation so faaaaaaaar.. thanks ❤️
ОтветитьFakers liers and scammers fraudsters all your videos are frauds I just watch exactly how u guys lied to the public with tons of your made up videos u make the scene look bad
ОтветитьI just saw how u guys faked tons of videos wow u 2 really are greedy and u make the whole seen look bad lierss!!!!!!
ОтветитьBob, 15º per hour drift... Thanks Bob!
ОтветитьOk. So the moon has been following me around 24/7. explain that genius.
ОтветитьIts actually difficult to see a new moon
ОтветитьThe third quarter is also sometimes called the Last Quarter
ОтветитьI can’t believe this video has less than 400,000 views. Should be a few million! :(
Ответитьin all these numerous animations I see new moon when the moon is against the sun, at the same time the earth is shown with the lit side. so why do we still new moon at night???
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