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Post by Deleted on Apr 20, 2018 4:44:31 GMT
Neat.Edit: Relevant quote from the link. "Crucially, a contraction of the spleen is one of the features of the so called “diving reflex” – a set of responses in mammals that occur when the head is submerged. A large spleen means even more oxygen-carrying red blood cells can be pumped into the circulatory system when the organ contracts, allowing individuals to stay underwater for longer."
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Fen'Harel Faceman
N7
GIF Addict
Workin' so hard, to make it easy.
Games: Mass Effect Trilogy, Dragon Age: Origins, Dragon Age 2, KOTOR, Baldur's Gate, Neverwinter Nights, Jade Empire, Mass Effect Andromeda
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Workin' so hard, to make it easy.
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Post by Fen'Harel Faceman on Apr 23, 2018 17:08:32 GMT
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Post by Terminator Force on Apr 25, 2018 13:02:41 GMT
During winter sun is closer to Earth by 392 Earth diameters (5000000 km / 12,742 km = 392.4030764401193). Source
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Post by mattig89ch on Apr 25, 2018 16:31:32 GMT
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B. Hieronymus Da
Unapologetic Western Chauvinist. Barefoot. Great Toenails
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Post by B. Hieronymus Da on Apr 25, 2018 21:05:57 GMT
This is partially false. The direction of the Moon's spin is not a factor in this. The direction in which the Moon orbits Earth is.
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Onecrazymonkey1
"A person of any mental quality has ideas of his own. This is common sense." Franz Liszt
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Post by Onecrazymonkey1 on Apr 26, 2018 1:49:01 GMT
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Post by mattig89ch on Apr 26, 2018 10:31:57 GMT
This is partially false. The direction of the Moon's spin is not a factor in this. The direction in which the Moon orbits Earth is. You sure? Seems like the first thing is the ease in which astronauts can return to earth is the primary reason for this menuver. The second is the less thrust needed to get a stable orbit of the moon. Yea, folks do get shot in the groin. And lose all functionality of the genitals. So, if this works, then it could be very helpful to vets.
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Post by mattig89ch on Apr 26, 2018 15:17:27 GMT
Not sure I'd ever want to go this way. But for enemies?
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Unapologetic Western Chauvinist. Barefoot. Great Toenails
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Post by B. Hieronymus Da on Apr 26, 2018 20:21:32 GMT
This is partially false. The direction of the Moon's spin is not a factor in this. The direction in which the Moon orbits Earth is. You sure? Seems like the first thing is the ease in which astronauts can return to earth is the primary reason for this menuver. The second is the less thrust needed to get a stable orbit of the moon. The Moon's rotation doesn't affect how gravity works. The gravity is the same, regardless if the Moon spins or not, and regardless of spin direction. The Moon moves though, and so does the Apollo vessel. Basically, everything is in an elliptical orbit around something bigger, or in a transition from one orbit to another. The maneuvers discussed uses gravity to affect trajectory. What the effect becomes, depends. It affects the energy level of the trajectory though. That is the "gravity assist", doing what otherwise would require a rocket burn. I usually call this "slingshot". Let's start at the beginning. You launch close to the equator and towards the east. The reason is that you want to take with you the energy from the Earth's rotation. You get that speed for free. So you're in a counterclockwise orbit from the start. Now you're blasting away towards an encounter with the Moon in steeply elliptical orbit. That orbit has more energy than you need for just reaching out to the orbit of the Moon. If you miss the Moon, you're going to continue out way beyond. Speed will drop eventually, and the vessel will start to fall back towards Earth, going faster and faster. That whole round trip takes a long time though. Also, the speed will be problematic during the reentry. If you come up "behind" the Moon - the Moon also traveling in a counterclockwise orbit around Earth -, the gravity from the Moon will add more orbital energy to the vessel. You will get a "tow" in the wake of the Moon. If your energy was very low, you might want that tow to make it easier to go into an orbit around the Moon. That slow trip takes way too long time though so that is not the case here. Instead, that tow will slingshot you out into an even wider orbit around Earth. That round trip will take a very long time. Also, it's not so sure that the closest approach to Earth again will be particularly "close". So what they do is the opposite. They pass in front of the Moon, getting a "drag" from Moon's gravity, braking the vessel and reducing its orbital energy. The energy level might be closer to what is needed to go into Moon orbit. Or, if directly returning, the energy level in relation to earth is lower, which helps both with making the turn back towards the Earth and reentry.
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Post by mattig89ch on Apr 26, 2018 20:39:46 GMT
You sure? Seems like the first thing is the ease in which astronauts can return to earth is the primary reason for this menuver. The second is the less thrust needed to get a stable orbit of the moon. The Moon's rotation doesn't affect how gravity works. The gravity is the same, regardless if the Moon spins or not, and regardless of spin direction. The Moon moves though, and so does the Apollo vessel. Basically, everything is in an elliptical orbit around something bigger, or in a transition from one orbit to another. The maneuvers discussed uses gravity to affect trajectory. What the effect becomes, depends. It affects the energy level of the trajectory though. That is the "gravity assist", doing what otherwise would require a rocket burn. I usually call this "slingshot". Let's start at the beginning. You launch close to the equator and towards the east. The reason is that you want to take with you the energy from the Earth's rotation. You get that speed for free. So you're in a counterclockwise orbit from the start. Now you're blasting away towards an encounter with the Moon in steeply elliptical orbit. That orbit has more energy than you need for just reaching out to the orbit of the Moon. If you miss the Moon, you're going to continue out way beyond. Speed will drop eventually, and the vessel will start to fall back towards Earth, going faster and faster. That whole round trip takes a long time though. Also, the speed will be problematic during the reentry. If you come up "behind" the Moon - the Moon also traveling in a counterclockwise orbit around Earth -, the gravity from the Moon will add more orbital energy to the vessel. You will get a "tow" in the wake of the Moon. If your energy was very low, you might want that tow to make it easier to go into an orbit around the Moon. That slow trip takes way too long time though so that is not the case here. Instead, that tow will slingshot you out into an even wider orbit around Earth. That round trip will take a very long time. Also, it's not so sure that the closest approach to Earth again will be particularly "close". So what they do is the opposite. They pass in front of the Moon, getting a "drag" from Moon's gravity, braking the vessel and reducing its orbital energy. The energy level might be closer to what is needed to go into Moon orbit. Or, if directly returning, the energy level in relation to earth is lower, which helps both with making the turn back towards the Earth and reentry. I feel like you just re-explained the video here. Is this not what she said?
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Unapologetic Western Chauvinist. Barefoot. Great Toenails
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Post by B. Hieronymus Da on Apr 26, 2018 20:56:13 GMT
The Moon's rotation doesn't affect how gravity works. The gravity is the same, regardless if the Moon spins or not, and regardless of spin direction. The Moon moves though, and so does the Apollo vessel. Basically, everything is in an elliptical orbit around something bigger, or in a transition from one orbit to another. The maneuvers discussed uses gravity to affect trajectory. What the effect becomes, depends. It affects the energy level of the trajectory though. That is the "gravity assist", doing what otherwise would require a rocket burn. I usually call this "slingshot". Let's start at the beginning. You launch close to the equator and towards the east. The reason is that you want to take with you the energy from the Earth's rotation. You get that speed for free. So you're in a counterclockwise orbit from the start. Now you're blasting away towards an encounter with the Moon in steeply elliptical orbit. That orbit has more energy than you need for just reaching out to the orbit of the Moon. If you miss the Moon, you're going to continue out way beyond. Speed will drop eventually, and the vessel will start to fall back towards Earth, going faster and faster. That whole round trip takes a long time though. Also, the speed will be problematic during the reentry. If you come up "behind" the Moon - the Moon also traveling in a counterclockwise orbit around Earth -, the gravity from the Moon will add more orbital energy to the vessel. You will get a "tow" in the wake of the Moon. If your energy was very low, you might want that tow to make it easier to go into an orbit around the Moon. That slow trip takes way too long time though so that is not the case here. Instead, that tow will slingshot you out into an even wider orbit around Earth. That round trip will take a very long time. Also, it's not so sure that the closest approach to Earth again will be particularly "close". So what they do is the opposite. They pass in front of the Moon, getting a "drag" from Moon's gravity, braking the vessel and reducing its orbital energy. The energy level might be closer to what is needed to go into Moon orbit. Or, if directly returning, the energy level in relation to earth is lower, which helps both with making the turn back towards the Earth and reentry. I feel like you just re-explained the video here. Is this not what she said? Nope. She thinks the Moon's rotation is a factor. Even 'The' factor. It's not.
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Post by frosted on Apr 29, 2018 1:42:07 GMT
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mousestalker
Inactive Moderator
ღ The Untitled
Just here for the cosplay
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Post by frosted on May 2, 2018 3:12:58 GMT
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Post by mattig89ch on May 3, 2018 17:21:51 GMT
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Post by mattig89ch on May 3, 2018 19:19:07 GMT
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mousestalker
Inactive Moderator
ღ The Untitled
Just here for the cosplay
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Post by mousestalker on May 3, 2018 23:25:35 GMT
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Post by Deleted on May 5, 2018 16:29:26 GMT
Limnic Eruptions: When Lakes Explode, Causing Sudden Mass Death Events.
August 21, 1986. Lake Nyos, Cameroon
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mousestalker
Inactive Moderator
ღ The Untitled
Just here for the cosplay
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Post by mousestalker on May 7, 2018 11:11:50 GMT
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Post by Terminator Force on May 7, 2018 12:08:40 GMT
We finally have some technology everyday people can use to check things out for themselves, like the zoom capabilities of the P900 camera. Some interesting footage from these cameras (controversial too).
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Post by Terminator Force on May 8, 2018 11:46:21 GMT
[short 18 second video clip]
^ This science lesson should give us an idea of the vacuum of space.
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mousestalker
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Post by mousestalker on May 8, 2018 12:12:25 GMT
[short 18 second video clip] ^ This science lesson should give us an idea of the vacuum of space. Which is why some very clever engineers have devoted considerable time to designing space craft that will not explode. Also, if the force of the vacuum were truly irresistible, the elephants would have been sucked into space and the disk would teetering on the back of the Great A'Tuin.
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Post by Terminator Force on May 9, 2018 13:41:58 GMT
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Post by Deleted on May 10, 2018 5:36:16 GMT
Biggest Test Yet Shows Einstein Was Wrong About 'Spooky Action at a Distance'
Is this the "new understanding" of Quantum Entanglement Communication?
Article is Here By Mindy Weisberger, Senior Writer | May 9, 2018 04:53pm ET " Physicists then used those random bits in so-called 'Bell tests', designed to show that entangled particles, or particles whose states are mysteriously linked, can somehow transfer information faster than light can travel, and that these particles seem to "choose" their states at the moment they are measured. [What Is Quantum Mechanics?] Their findings, recently reported in a new study, contradicted Einstein's description of a state known as " local realism," study co-author Morgan Mitchell, a professor of quantum optics at the Institute of Photonic Sciences in Barcelona, Spain, told Live Science in an email. "We showed that Einstein’s world-view of local realism, in which things have properties whether or not you observe them, and no influence travels faster than light, cannot be true — at least one of those things must be false," Mitchell said. This introduces the likelihood of two mind-bending scenarios: Either our observations of the world actually change it, or particles are communicating with each other in some manner that we can't see or influence. "Or possibly both," Mitchell added.
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Post by Terminator Force on May 10, 2018 10:01:57 GMT
Einstein has been debunked time and time again by scientists outside the mainstream. Even Einstein contradicts himself. But you won't hear mainstream media admit it because there's a reason they've propped him up and keeping hard at it. Einstein invented nothing, came up only with mathematical 'theories' that can't stand up to the scientific method. Meanwhile majority of today's technology come from Nikola Tesla, yet conveniently he's suppressed from the mainstream... Knowledge is power. That's why it's controlled and indoctrinated into a false reality from childhood.
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