The heliocentric story goes that all life and planetary objects are held like Velcro to the Earth due to massive gravitational pull from the center of the Earth until one reaches the outer space, defined by science as the Karman line at about 100km.
This is why, we are told, that a plane in the air traveling East to West at 500 mph can keep up with a spinning Earth of 1,000 mph.
This is why, heliocentric science tells us, that the mighty oceans are pasted to Earth (yet Moon’s gravity moves it up and down 2X a day) and not thrown out into space even though the Earth is tilted on its back at 23.5 degrees, meaning the gravitational pull on the backside of the tilt must by that much greater to hold us, and the oceans in place.
This is why, it is said, the clouds, the rain and the winds are held in while we spin so rapidly. Yet we never feel the Earth rotating at 1,000 mph, or the Earth moving around the Sun at 68,000 mph, or our solar system trucking around the Milky Way at science estimated speeds of some 500,000 mph.
In addition, according to the Big Bang, our galaxy has been traveling away from center of the Big Bang the moment we exploded from nothing at the speed of light for some 4.5 billion years.
So if everything is rotating at the same speed earth,ground and air from west to east how can a hurricane travel west off the Atlantic towards the Coast? If we turn at roughly 1000 plus miles per hour in one direction, then any wind travelling in the opposite direction of earths rotation would therefore have to be going 1000 MPH plus its own windspeed in order to successfully push against earths natural airspeed. If airplanes can travel the same speed in either direction give or take 100 MPH for Jet stream then the air above us could not possibly be in motion at the same speed as the earth or planes could never fly west.
This is because, we are told, we live in an atmospheric bubble around the Earth, and like traveling in a car, we never feel the speed outside our bubble, so we are told. Though the centrifugal force of revolving 1,000 mph outward is completely countered by the some 233X more pull of gravitational force, that keeps everything nailed down on Earth and those people stuck to the under-side of the ball-Earth.
Additionally, the centrifugal forces at the Equator would be significantly higher than at the poles due to distance traveled on a round ball-Earth, meaning gravity would have to magically increase in kind. hmm.
Earth’s Complex Atmospheric Layers.
” I would say, however, that what is currently deemed “science” like Einsteins theory of relativity and Newton’s supposed “law of gravity,” are what’s truly dubious. Heliocentrists cannot show us a single object massive enough that by virtue of its mass alone, causes other smaller masses to stick to or orbit it as they claim happens with the Sun, Moon, Earth, Stars and Planets. If you cannot give me a single practical example of “gravity” smaller than the Earth or the Sun, then it is merely heresay, not science! Other than magnets, there are no objects they can point to to prove their supposed “gravity” that’s strong enough to hold people, buildings and the oceans stuck to the underside of a spinning ball-Earth, but weak enough to allow little bugs, birds, and helium balloons to fly away with ease. If there was a magical magnetism that held our feet firm to the underside of a spinning ball, we would feel this magical force every time we lifted our leg, and the force would increase like a magnet the closer our foot was to the ground. ” Eric Dubay
Yet, randomly, and effortlessly, feathers can float, clouds can meander this way and that and Dandelions are “free” to ride the current of the winds in whatever direction it may be taken.
I can raise my arms up and down, or jump in the air without being “stuck” to the surface. A balloon can rise with the heat and smoke lifts away into the air without effort completely defying gravity because, we are told, we live in a cocoon, or placenta called Earth’s atmosphere.
But what happens when we get outside that “bubble” of Earth atmosphere over the “Karman Line” and into outer space? NASA science says we no enter a vacuum, a void. A vacuum of little to no resistance or drag, no matter what size the object.
Astronomer/NASA mumble jumble:
Space is a partial vacuum: its different regions are defined by the various atmospheres and “winds” that dominate within them, and extend to the point at which those winds give way to those beyond. Geospace extends from Earth’s atmosphere to the outer reaches of Earth’s magnetic field, whereupon it gives way to the solar wind of interplanetary space.
Interstellar space then continues to the edges of the galaxy, where it fades into the intergalactic void. (source)
According to science, our layers of atmosphere help hold all in place on Earth, yet the higher one travels, the less dense the atmosphere and the freer one is of gravitational pull. This assumes that the Earth’s atmosphere is rotating right along with us at 1,000 mph while being held together while we travel over 1,000 mp/second around the Sun.
If this is true, then the outer layers of Earth’s atmosphere, would have to be increasing in speed the higher up one went in space since the outer layers of atmosphere would be traveling much greater distance to keep in symmetry with the Earth and its gravitational pull.
(This is why, it is said, that at 130 miles in space, in the Thermosphere, the ISS space station must travel at 17,500 mph to keep in “free fall” orbit with the Earth.)
So we have a round ball (Earth) that has a faster spinning lower atmosphere where each of the other three levels of atmosphere must also be increasing in speed, by definition.
Yet where is the “boundary” where we are free from such great rotation? Why do we never hear about space ships having to use increasing energy to break free from ever stronger rotational pulls higher up in Earth’s atmosphere’s?
And when do we ever feel the winds and resistance from when we finally break free from Earth’s gravitational pull? Answer: Never! We never stick our heads out the Earth’s window and feel the effects of Earth’s mass of orbital and rotational movement.
Science tells us that, viola’, we are suddenly in the “vacuum of space” where their is little resistance and no drag, and density has been diminished so that even a bowling ball and feather will fall to an imaginary ground equally, in a vacuum.
(note how cheesy this “great experiment” is, and how we do not see the full falling of the objects in real time but in slow motion. Also, the quick cutaway to the elated NASA scientists and the massive feathers used compared to the bowling ball)
In the audio of the transmission in the below video of Apollo 15 on the Moon, listen to the instantaneous communications between Moon, 238,000 miles away and Earth. It should take 2.3 seconds per one-way radio communication, yet they are literally talking over one another. NASA deliberately used 2 GHz transmission frequency from Apollo craft, which ham radio and other independent operators could not monitor, to verify location of the Apollo craft. Only 3 satellite dishes, all owned and controlled by NASA, received the “live television footage” of the landing. Highly suspicious.
A Vacuum in space was also “proven” on the Moon by the Astronots in a very grainy, could of been anything, using an alleged hammer, instead of a bowling ball, experiment
Also note how the camera zooms in at the right time while the two astronots are in the shot. Who was at the camera during filming the experiment. WTF?
Vacuum in Space
Vacuum; Wiki definition:
Outer space, or simply just space, is the void that exists between celestial bodies, including the Earth. It is not completely empty, but consists of a hard vacuum containing a low density of particles, predominantly a plasma of hydrogen and helium as well as electromagnetic radiation, magnetic fields, neutrinos, dust and cosmic rays.
There is no firm boundary where space begins. However the Kármán line, at an altitude of 100 km (62 mi) above sea level, is conventionally used as the start of outer space in space treaties and for aerospace records keeping.
In Aeronautics, level flying higher and higher meant to deal with less and less dense atmosphere, thus to the need of greater and greater speeds to have the flying machine controllable by aerodynamic forces. A speed so big in fact, that, above a certain altitude, could be close or even bigger than the circular orbital speed at that altitude (i.e. lift was no longer needed, since centrifugal force took over; and consequently aerodynamic flight was meaningless).
An atmosphere (New Latin atmosphaera, created in the 17th century from Greek ἀτμός [atmos] “vapor” and σφαῖρα [sphaira] “sphere”) is a layer of gases surrounding a planet or other material body of sufficient mass that is held in place by the gravity of the body. An atmosphere is more likely to be retained if the gravity is high and the atmosphere’s temperature is low.
So if there was little to no drag and little to no resistance, how can an astronot, untethered in space control direction and speed?
How could a spaceship stay on course and not go gyrating out of control with nothing to “push” against like while in the Earth’s atmosphere? Rudders, flaps and Aileron’s and other vehicle control mechanisms would be minimized for there would be no countering force with which to steer?
Movement = Force applied against Resistance. In space their is only “residual” resistance, according to Never A Straight Answer, NASA
Falling From Space
“If a person drops a hammer and a feather, air will make the feather fall more slowly. But if there were no air, they would fall at the same acceleration. Some amusement parks have free-fall rides, in which a cabin is dropped along a tall tower. If a person let go of an object at the beginning of the fall, the person and the object would fall at the same acceleration. Because of that, the object would appear to float in front of the person. That is what happens in a spacecraft. The spacecraft, its crew and any objects aboard are all falling toward but around Earth. Since they are all falling together, the crew and objects appear to float when compared with the spacecraft.”
So when does the massive gravity of the Sun make us “Fall” into it and Why does not the Moon “Fall” into the Earth? There is also gravity from massive planets like Jupiter and Saturn, being ‘tractor-beamed’ towards the Sun, yet is never accounted for by astronomers.
(from NASA.gov website)
Words to Know:
Free fall: the condition of moving freely in an environment in which gravity, and nothing else, is causing acceleration
Vacuum: the absence of all matter, including air
Microgravity is the condition in which people or objects appear to be weightless. Microgravity is sometimes called “zero gravity,” but this is misleading. Gravity causes every object to pull every other object toward it. Some people think that there is no gravity in space. In fact, a small amount of gravity can be found everywhere in space. Gravity, however, does become weaker with distance. It is possible for a spacecraft to go far enough from Earth that a person inside would feel very little gravity.
If 90 percent of Earth’s gravity reaches the space station, then why do astronauts float there? The answer is because they are in free fall. In a vacuum, gravity causes all objects to fall at the same rate.
What does it mean to fall around Earth? Earth’s gravity pulls objects downward toward the surface. Gravity pulls on the space station, too. As a result, it is constantly falling toward Earth’s surface. It also is moving at a very fast speed – 17,500 miles per hour. It moves at a speed that matches the way Earth’s surface curves. If a person throws a baseball, gravity will cause it to curve down. It will hit the ground fairly quickly. An orbiting spacecraft moves at the right speed so the curve of its fall matches the curve of Earth. Because of this, the spacecraft keeps falling toward the ground but never hits it. As a result, they fall around the planet. The moon stays in orbit around Earth for this same reason. The moon also is falling around Earth.
~ So according to NASA.gov ISS space walkers up a couple hundred miles can space walk due to being in a vacuum where all weight is equal, yet their is still a 90% gravitational pull, meaning a 200 pd Man would weigh 180 pounds….yet all weight would be equal and solely by gravitational pull would they “fall” towards Earth’s center. How can all weight be equal yet have different weight?.
Vacuum of Space…Except for….
There are millions of micro-meteors traveling at speeds as fast as 6000 mph.
More than 500,000 pieces of space debris orbit Earth, traveling at speeds up to 175,000 mph. A small piece of space debris traveling at these velocities could significantly damage a spacecraft or a satellite.It could also pose a threat to the lives of astronauts living on the International Space Station.At the low altitudes at which the ISS orbits there are a variety of space debris, consisting of many different objects including entire spent rocket stages, defunct satellites, explosion fragments—including materials from anti-satellite weapon tests, paint flakes, slag from solid rocket motors, and coolant released by US-A nuclear-powered satellites. These objects, in addition to natural micrometeoroids, are a significant threat. (source)
To protect satellites and astronauts (and soon, space tourists), engineers have to give the ships some sort of armor. Right now, NASA uses something called “Whipple Shielding”:
In the 1940s, Fred Whipple proposed a meteoroid shield for spacecraft, called the Whipple shield in recognition of his contribution. The Whipple shield consists of a thin, aluminum “sacrificial” wall mounted at a distance from a rear wall. The function of the first sheet or “BUMPER” is to break up the projectile into a cloud of material containing both projectile and BUMPER debris. This cloud expands while moving across the standoff, resulting in the impactor momentum being distributed over a wide area of the rear wall (Figure 2). The back sheet must be thick enough to withstand the blast loading from the debris cloud and any solid fragments that remain.
In updated versions of this design, says NASA, “bulletproof” Kevlar or other materials are placed between the outer sacrificial wall and the inside plate.
The designs amount to, essentially, putting something thick in the way that will hopefully stop the micrometeorite before it can ram its way all the way through your spacecraft. But once that hole is punctured, the strength of the shield is reduced until it can be repaired—not the greatest if you want to leave your satellite up there for years at a time, or you want your commerical space ship to do back-to-back flights. (Source)
Positions of all numbered asteroids and all numbered comets on 2009 January 1
The nuclei of most comets are thought to measure 10 miles (16 kilometers) or less. Some comets have comas that can reach nearly 1 million miles (1.6 million km) wide, and some have tails reaching 100 million miles (160 million km) long.
~ Sidebar: In 1958, the Federation Aeronautic Int’l (FAI) created the Int’l Commission of Astonautics with the acronymn CIAstr, later changed in 1987 to to ICARE, the Int’l Commission of Astronautical Records to record space flight achievements. This consortium was originally made up of the U.S., France, Spain, Russian. (This allowed all data to be compiled and coordinated through one source.)
There is no cocoon of an atmosphere from gravity that holds all in, yet at a distance, all objects are equal in weight in a vacuum of no air.
How can astronots spacewalk w/o getting godsmacked just opening up the bay door and sticking their head outside the capsule? Oh yea, the are “falling” back to earth and all objects are still in the Earth’s gravitational placenta where there is little to no friction or resistance in the vacuum.
Yet rocket thrusters are said to be used to move the space ships and move the astronots around in space so precisely that they can free fall in space and make perfect trajectory adjustments in the Big Void, where Immense gravity from the Sun, gravity from the Moon, from the planets have no effect.
Space debris, meteors, comets, solar winds, etc. also have never impacted or effected any space walks or missions either.
It all makes no sense.
We here it all the time from NASA and Astronomers, “Space is a Vacuum”.
This vacuum is what allegedly allows space craft to travel, and astronots to space walk with very little or no resistance or friction.
“Apparently”, as scientific research is fond of using the term, their is an edge to the Earth’s atmosphere up in space, some 100-130 miles in space that allows astronots to float in “micro-gravity” or weightless, completely unaffected by the friction of an 1,000 mph rotation of Earth’s spin, the Moon’s gravity that moves the ocean up and down 2X per day or keeping up, untethered from their spaceship traveling right next to them at some 17,500 mph.
So if they are in a vacuum where resistance and friction are minimized, how do they control their hand jets to get them to move around? How does a spaceship use its adjusting thrusters, if their is no resistance in space to “push” against?
They would be tumbling out of control in wild gyrations without ability to correct or counter spin because they are in a vacuum.
Additionally, where in space is the effect of traveling at 1,000 mph earth rotation, combined with 68,000 mph earth orbit of the Sun, or over 1,000 mp/second, combined with the some estimated by NASA, 500 mph speed of our solar system trucking around the Milky Way?
The thermosphere extends from about 56 miles (90 km) to between 310 and 620 miles (500 and 1,000 km). . . .
The exosphere, the highest layer, is extremely thin and is where the atmosphere merges into outer space.
This allows much of the heliocentric theory to further the idea that all life is in a vacuum, with edges and boundaries, yet undefined as to where atmosphere ends and the space “vacuum” begins.