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...e end of the large ring. These forces within the locked atom try to rotate into the low pressure zone, this causes the whole structure into an offset rotation. This rotation causes a centrifugal force stretching the tail end of the large ring....

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...1 Introduction 2 Formation of Planet and Gravity 2.1 Nomad Planet and It’s Gravity 2.2 Rotation 2.3 Compressed Core 2.4 Electromagnetism 2.5 Bubble in Space 2.6 Growth and Development 3 Summary 4 Appendixes 4.1 Free Fall Test 4.2 Attraction and Tear 4.3 Magnetic Attraction 4.4 Inescapable Collision of...

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...1 Introduction 2 Formation of Planet and Gravity 2.1 Nomad Planet and It’s Gravity 2.2 Rotation 2.3 Compressed Core 2.4 Electromagnetism 2.5 Bubble in Space 2.6 Growth and Development 3 Summary 4 Appendixes 4.1 Free Fall Test 4.2 Attraction and Tear 4.3 Magnetic Attraction 4.4 Inescapable Collision of...

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...1 Introduction 2 Forces of Waves 3 Rotation, Wave, Tide, and Gravity 4 Solar Wind, Moon, Wave, and Tide 4.1 Full Moon and Tide 4.2 New Moon and Tide 4.3 Quarter Moon and Tide 5 Rigid Layer References...

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...ion is the focus of this work, along with more information on how to have the healthiest plants in your garden through fertigation, appropriate plant rotation, and soil preparation. (Summary by Brenda Price)...

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...ut of sight just as the dark warriors were coming back around for another rotation. He knew he could easily take them out but that would draw unneed... ...he previous incursion. Afer the Seekers checked in, they went about their rotations. This confrmed that he needed to avoid taking any of them out as... ... this would require patience. He took his time and carefully observed the rotations of the Seeker guards on the roof. He also looked around for some... ...fall to the ground below. She then turned her atention to those doing the rotation on the ground and began fring. She took the time to aim but was s...

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...ed sector will have just passed the head and in this "worst case", a full rotation will be needed before the sector can be read. On average, latency... ...an be read. On average, latency will be half the time it takes for a full rotation of the disk. Average Access Time Access time is the metric th... ...el Hard Disk Drives (HDD) with multiple capacity points and two different rotational speeds. Three drive capacity points are supported at 36 GB, 72 ... ...hree drive capacity points are supported at 36 GB, 72 GB, and 146 GB. Two rotational speeds are supported at 10,000 RPM and 15,000 RPM. The foll... ... at 10,000 RPM and 15,000 RPM. The following individual drive capacity/rotational speed combinations are available: 146GB 10,000 RPM Fibre Chann...

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...ed sector will have just passed the head and in this "worst case", a full rotation will be needed before the sector can be read. On average, latency... ...an be read. On average, latency will be half the time it takes for a full rotation of the disk. Average Access Time Access time is the metric th... ...el Hard Disk Drives (HDD) with multiple capacity points and two different rotational speeds. Three drive capacity points are supported at 36 GB, 72 ... ...hree drive capacity points are supported at 36 GB, 72 GB, and 146 GB. Two rotational speeds are supported at 10,000 RPM and 15,000 RPM. The foll... ... at 10,000 RPM and 15,000 RPM. The following individual drive capacity/rotational speed combinations are available: 146GB 10,000 RPM Fibre Chann...

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...rt of the globe have marveled at nature, at the miracle of birth, at the rotation of the seasons and the planets. It occurs to me that faith assure...

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...ws why. In the case of Venus, the Sun's gravity may have slowed it down until its rotational period equalled its orbital period, a situation known... ... a situation known as spin-orbit resonance. It would not account for its retrograde rotation, though. This may be the outcome of an impact with a la... ... be the outcome of an impact with a large celestial body. Uranus' strange angle of rotation is almost certainly due to such a collision - but Venus...

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...Michael, Can You See the Lorentz-Fitzgerald Contraction? Or: Penrose-Terrell Rotation, Relativity FAQ, http://www.public.iastate.edu/~physics/sci.phy...

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...ainly more lasting; but it was no longer the streaming human glance. The rotation of the world which introduced the relational event had been follo...

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...to the composition of these two elements, the orbit around the sun and the rotation on itself the Earth exposes itself to the sun’s rays, sometimes ...

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...s ; 4. be invariant under time translations; 5. be invariant under spatial rotations; 6. be (spatially) asymptotically fat ; 7. be inextendible to a w... ...is an ergosphere, in which spacetime is dragged in the direction of the of rotation of the point-charge. The conventional taking of the r-parameter fo... ...is the limiting radius of curvature for the simple point- charge (i. e. no rotation) [2]. The standard analysis incorrectly takes (37) as the “radius”... ...mum at the poles and maximum at the equator. At the equator the effects of rotation are not present. A test particle approaching the rotating point-ch... ...n-rotating situation of each confguration respectively. The effects of the rotation manifest only in the values of azimuth other than π 2 . There is n... ...tation manifest only in the values of azimuth other than π 2 . There is no rotational drag on spacetime, no ergosphere and no event horizon, i. e. no ... ... the Point-Mass 13 Volume 2 PROGRESS IN PHYSICS July, 2005 The effects of rotation on the radius of curvature will necessarily manifest in the associ... ...ough the feld tensor, show that particles move along time lines because of rotation of the space itself. Maxwell-like equations of the feld display it... ...tions of the feld display its sources, which are derived from gravitation, rotations, and inhomogeneity of the space. The energy-momentum tensor of th...

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...tional potential, 00 0 g g c v i i − = is the linear velocity of the space rotation, k i ik dx dx h d = 2 σ is the square of a spatial observable i... ...ries are four-dimensional. In a particular case, where the space is free of rotation ( 0 = i v ) or its rotation velocity i v is orthogonal to the ... ... the teleportation condition (lowering gravitational potential or the space rotation speed), it “appears” in the same observable moment in another p... ...e inertial space where each change of time state is due to incremental spin rotations, which are rotations between space-form flows. Rotation betwee... ...th advanced and retarded terms would imply, amongst other things, that spin rotation, being related to the magnetic field, B, would have varying dir... ...g related to the magnetic field, B, would have varying directions of (spin) rotation due to the advanced and retarded term. This would cause dynamic... ...space-form does not reform (that is, disappear and reappear) with each spin rotation's change in time state. In order to get this change in speed fo... ...r and anti- matter. Such opposite states flows are rigidly separated by spin rotations on space-forms. This means that the properties of opposite sta... ...ation of the radioactive material's space-form is related to the spin state rotations of a space- form. The idea being used to find the period of on...

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...inertial forceF i , the chr.inv.-tensor of angular velocities of the space rotation A ik , and the chr.inv.-tensor of rates of the space deformationsD... ...here w is gravitational potential, v i is the linear velocity of the space rotation, h ik =−g ik + 1 c 2 v i v k is the chr.inv.- metric tensor, and a... ...t of the curvature If a space is homogeneous (Δ i km =0) and it is free of rotation and deformation (A ik =0, D ik =0), then the chr.inv.- d’Alembert ... ...tational potential,v i =−c g 0i √ g 00 is the linear velocity of the space rotation, dσ 2 =h ik dx i dx k is the square of a spatial observable interv... ...ies are four-dimensional. In a particular case, where the space is free of rotation (v i =0) or its rotation velocity v i is orthogonal to the particl... ...condition by something else (lowering gravitational potential or the space rotation speed), it “appears” at the same observable moment at another poin... ...hereas a minimal angular velocity has important con- sequences in galactic rotation measurements. The role of the Machian principle in constructing qu... ...pril, 2005 PROGRESS IN PHYSICS Volume 1 The conformal factor Ω 2 whenL =0 (rotational degrees of freedom are switched on) such that the test particle ... ...θ M E M : θ;θ μ ;θ μν ;... (14) they are theC-space version of the Lorentz rotations/boosts parameters. 34 C. Castro and M. Pavˇ siˇ c. The Extended R...

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...nt with the vertex v. A permutation on e 1 ,e 2 ,···,e ρ(v) is said a pure rotation. All pure rotations incident a vertex v is denoted by ̺(v). A pure... ...otation. All pure rotations incident a vertex v is denoted by ̺(v). A pure rotation system of the graph Γ is defined to be ρ(Γ) ={̺(v)|v∈V(Γ)} and all ... ...ion system of the graph Γ is defined to be ρ(Γ) ={̺(v)|v∈V(Γ)} and all pure rotation systems of the graph Γ is denoted by ̺(Γ). Thefirst characteristic ... ...ated by Edmonds in 1962, states as follows. Theorem 1.2.2([17]) Every pure rotation system for a graph Γ induces a unique Chapter 1 Preliminary 7 emb... ...ry embedding of a graph Γ into an orientable surface induces a unique pure rotation system of Γ. According to this theorem, we know that the number of... ...ith a homeomorphism h :I×I →B, where I = [0,1], the unit interval. Define a rotation system ρ L (Γ) to be a pair (J,λ), whereJ is a pure rotation syste... ...th λ(e) = 0 or λ(e) = 1 is called type 0 or type 1 edge, respectively. The rotation system of a graph Γ are defined by ̺ L (Γ)={(J,λ)|J ∈̺(Γ),λ :E(Γ)→Z... ...J,λ)|J ∈̺(Γ),λ :E(Γ)→Z 2 }. Then we know that Theorem 1.2.3([22][62])Every rotation system on a graphΓ defines a unique locally orientable embedding of... ... embedding of Γ → S. Conversely, every embedding of a graph Γ → S defines a rotation system for Γ. For any embedding of the graph Γ, there is a spannin...

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...vistic distortions of space & time in the Minkowski diagram and geometric rotation (a transformation of visual perception) of a spacetime coordinate... ...of each module is at the outer side of the life ring. Since the ship has rotational symmetry there is no left ship side or right ship side - no glob... ... vat of star- studded black molasses. Except for the monotonous quotidian rotation of the sky due to the ship's slow rotation as if you were boring ... ... has been ¼G, and to return the gravity vector closer to normal, the ship rotation was increased to provide a total gravity of about ½G. When you wa...

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...e ninth century when farmers in Europe started replacing a two-field crop rotation with a three-field rotation. Under two-field rotation, half t... ...llow. In the next year, the two fields were reversed. Under three-field rotation, the land was divided into three parts: In the fall, one section ... ...uest of the European plains, and the introduction of the three-field crop rotation spurred increases in wealth, power, and culture. Without those a...

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...e ninth century when farmers in Europe started replacing a two-field crop rotation with a three-field rotation. Under two-field rotation, half the... ...allow. In the next year, the two fields were reversed. Under three-field rotation, the land was divided into three parts: In the fall, one section ... ...uest of the European plains, and the introduction of the three-field crop rotation spurred increases in wealth, power, and culture. Without those a...