Zone F. Cooler solid Moon. The densest material has solidified in the half of the Moon facing Earth, permanently locking it's position facing us, and stopping it from rotating away. Over time the inner core will in high probability result into lighter porous material, large gas filled caverns or voids, and possibly vast hollow volumes.
This lesser volume and lower density of materials translates into comparatively lower temperatures and it is likely that vast hollow spaces, originally gas filled, would have a cooler porous crust, protecting these inner voids from the heat and molten outer layers.
As the Earth stabilized in growth and over vast periods of time, the high pressure toxic gasses may have been absorbed into the porous rock within the voids of the inner core resulting in reduced pressure and temperature. Diagram 4. Present Time, Earth. Large areas of relatively cool void 'pockets' and spaces surrounded by lighter density rock material. Earlier volcanic action gasses forced into these voids are likely absorbed into the lighter density rock over time.
Difficult to guess the composition of the remaining air or gas in these voids. If life of some sort has found its way into this area, down through the cooler more porous rock columns leading up to the Poles, then it is possible that such life has helped turn any remaining poisonous gasses into less harmful gasses.
Medium and lighter density solid material, with cooler more porous material toward the core. High and medium density semi-molten material, with growing percentage of cooler solids toward the core.
Denser material still being gravitationally attracted toward zone D, through any molten state material. Greatest molten mass volume, density, temperature and pressure. Similar to Zone C. Cooler solid crust toward the Zone F and semi-molten denser material toward Zone D. Earth's present day surface and atmosphere. Zone G. Cold solid Moon. A massive central column of material may exist along the north south polar axis like a vast axle, through the donut shaped void or series of voids.
With lesser mass density of material below the north and south poles, the Arctic and Antarctic, there is also likely to be less thickness of molten material. Footnote: I have also considered the logic that with a non rotating homogenous liquid sphere in space i. This means that the mass in front of such an object will always be greater than the mass behind or to the sides until the object reaches the centre where the mass will be equal in all directions. However by rotating such a sphere or molten state planet , the centrifugal forces will in my opinion, move the denser materials outward from the centre toward the surface, creating the greater mass closer to the surface.
This greater mass of the denser, heavier materials will in turn have the strongest gravitational pull, and continue increasingly over time, to attract more material from the centre, increasing the density, pressure and heat in these outer layers.
Gasses forced out from this increasingly dense layer will escape outward through the surface of the sphere but also back inward toward the centre. The densest material moves outward away from the axis, but not as strongly upward toward the poles. This may result in the medium to less dense material continuing to link and initially flow along the north south axis. Where considering molten material as with our planet, the porous and less dense material will also be under less pressure and therefore cool and harden first, as with the surface.
Over time the porous walls around the inner core and axial shaft will provide insulation from the greater heat of the outer core and the highly pressurized noxious gasses will be mostly absorbed back into the lightweight porous rock.
The void pressures will thereby reduce substantially over time, as will the temperatures. The inner core could possibly become life supporting if life could find access. Testing the hypothesis: Without drilling to the centre of our planet, checking the most likely scenario will be very difficult. The scale involved, the uncertainty of the motion of molten materials under such pressure and in a rotating body, and the slow speed of change within such a planetary sphere makes certainty difficult to calculate.
It would however be possible to create a smaller test, which may be quite revealing. The test would have to be carried out in space to reduce the gravitational effects from the Sun, Earth or moon. It will require a pressurized compartment, such as on board a spacecraft. A liquid sphere consisting of different densities of liquid, such as the effective colour contrasts seen in some varied density cocktails, would be created by mixing the liquids and pouring them out in stages into the pressurized volume at room temperature.
Initially pour one third of the liquid into the air to form a sphere, and without rotation of this sphere, see where the various densities of liquid settle.
This may need to be checked by inserting a probe through to the centre, if visual confirmation not possible from the outside. Would the densest liquid settle in the centre, the outside or somewhere in between? The next stage would be to gently rotate the liquid sphere, and record the changes, if any, of the positions taken up by the varied density liquids, with each increase in speed.
Mix and gently add the next third of the liquid while the sphere is spinning. Stir up the liquid in the rotating sphere right down into the centre, briefly, and see whether the denser material now moves further out from the centre. This will mimic to some extent, the probable turbulence within a molten state planet. Allow the liquids to settle into their possibly new positions. If the densest liquid has settled in the inner core and not moved out toward the surface, speed up rotation, occasionally stirring the innards, until this occurs and record this rotation speed.
Maintain this rotation speed and allow the liquids to settle into their possibly new layer positions. Has the densest liquid settled closer to the surface? Add the last third of the mixed liquid onto the surface of the rotating sphere and allow it to settle.
Does this addition volume effect the density layer positions? This mimics the the Earth growing over time through attracted space debris material. Slow the rotation of the sphere down, in stages, to see whether and at what stage the outer denser materials sink toward the centre or whether they remain further out from the core. Does the densest material sink to the centre and if so does this happen at a slower rotation speed of this larger sphere, compared with the increased rotation speed of the smaller sphere when this densest material moved outward?
Finally inject increasing stages of air or gas directly into the centre of the sphere and see whether it remains at the centre or bubbles out to the surface. At what proportion of air to sphere volume does this bubbling out to the surface occur? Reduce the volume of air or gas to the point where it does not bubble out to the surface or say one tenth the volume of the sphere , and increase the rotation of the sphere again until the rotational speed is reached where the densest material positions itself nearer or at the surface.
We now have evidence that extreme stress, heat, cold, malnutrition and pollution including tobacco smoke trigger changes in the way genes are activated or silenced. Long-term studies of populations in various countries have shown that these conditions can induce adverse health effects that cascade down generations.
Slavery is likely to be no different. One of the effects of slavery seems to be a susceptibility to diabetes, hypertension and other cardiovascular problems. According to a paper published in the New England Journal of Medicine in , an African American man in Harlem is less likely than a man in Bangladesh to survive to the age of The problem has been traced to low birthweights.
The descendants of slave populations have suffered persistent low birthweights since the first data was taken in Something is different about the descendants of slaves.Does becoming a more productive worker make you a better human being? We admire people like this, and think they have a better chance for a fulfilling life, just as Samuel Smiles admired people who stick to one task through thick and thin, and thought they would be better human beings. This mimics the the Earth growing over time through attracted space debris material. Who needs a book to know that rote behavior and fear of uncertainty are not going to take us very far? How did the academic dropout with anxiety disorder become a champion poker player? Testing the hypothesis: Without drilling to the centre of our planet, checking the most likely scenario will be very difficult.
The densest material moves outward away from the axis, but not as strongly upward toward the poles. He just kept at it. Consider a planet sized hour rotating solid sphere, say kilometers in radius, with a centre void of kilometer radius, as per the diagram below.
Zone E. Would the densest liquid settle in the centre, the outside or somewhere in between?
While many bought into the West versus East argument, readers of Sports Illustrated did not. Does the air or gas bubble remain in place at the centre? Diagram 4. Smiles was a Scotsman.
Footnote: I have also considered the logic that with a non rotating homogenous liquid sphere in space i. After the basic formation of a planet like Earth over time, the outer crust begins to cool, but temperatures below this crust are still high, where the enormous pressures of mass retain a molten state. Greatest molten mass volume, density, temperature and pressure. Different modes of work call for different types of people.
I can tell you the lesson of that book in one sentence: If you are nice to people, they will like you. The secrets of success in business are the secrets of success in life.
The consequences of these spurious theories are devastating: African-Americans are not smart enough to cope with the position of quarterback, nor able to handle the leadership responsibilities that come with it. Rotation slows as it grows. But think for a second. How did the academic dropout with anxiety disorder become a champion poker player?
Today, if you were starting up a tech company hey, maybe you are! While swimming is not really one of the so-called patrician sports, such as golf or tennis, which are connected to membership in restricted clubs, minority access to swimming pools was limited, at best. Rapidly spinning molten mass. Heralded as the first swimmer of African descent to make the U. The outer surface cools in patches of solid material, especially at the poles. Stir up the liquid in the rotating sphere right down into the centre, briefly, and see whether the denser material now moves further out from the centre.
At some point these growing bodies begin rotating on their own axes, some with other moons in turn revolving around them, continuing to attract any remaining material within their increasing gravitational influence. Slavery is likely to be no different. Greatest mass volume, density, temperature and pressure. These scientists easily translated the racially infused stereotypes of the 19thcentury minstrel stage, in which physical traits such as fat lips, wide-open red mouths and large noses existed alongside the perceived innate ability to dance and sing, to have athletic bodies.
Chris Bell marks his ballot twice: Steroids are not very harmful, but by using them, we reveal a disturbing value system. You would not want them to do a lot of thinking on the job. The void pressures will thereby reduce substantially over time, as will the temperatures. He makes fun of himself: He walks into a club and no chick is gonna go for that, "but the dudes come over.
Smiles made the case for diligence and dedication as the ticket upward. High and medium density semi-molten material, with growing percentage of cooler solids toward the core. Against their body's desire to pump less iron, eat different foods, process fewer proteins and in general, find moderation. In house, you would want your employees to be innovative and flexible, able to work in teams and adjust to new goals as they arose.
The reason that the nature of the secrets changes is that the nature of work changes.