> >> Dimana bulan dan bintang? Sampe sekarang si tawang ga ngejawab. Dan ga
> >> akan ngejawab.

Plintat plintut terus.



On 7/2/13, Tawangalun <[email protected]> wrote:
> Yang satu langit sebagai pelindung itu atmosfir yg ternyata 7 lapis juga
> ,setiap ada batu meteor yg masuk keatmosfir kan terbakar makane Q bilang
> langit itu sebagai pelindung.
> "Dan Kami menjadikan langit itu sebagai atap yang terpelihara, sedang mereka
> berpaling dari segala tanda-tanda (kekuasaan Allah) yang ada padanya." (QS
> Al-Anbiya : 32)
>
> Yg kedua langit yg tiap hari naik dg kadar 1 hari dibumi sama dg 1000 tahun
> (Qs. Al-Hajj [22]:47) "Dia mengatur urusan dari langit ke bumi, kemudian
> urusan itu naik kepada-Nya pada satu hari yang kadarnya (lamanya) adalah
> seribu tahun menurut perhitunganmu .
>
> Memangnya kalau ada dua penegertian ttg langit ngopo? siapa sing melarang?
>
> Paulus Anak Wedus.
>
> --- In [email protected], itemabu2 <itemabu2@...> wrote:
>>
>> Oh jadi ada langit lain lagi selain yg 7 lapis itu.
>>
>> >> Dimana bulan dan bintang? Sampe sekarang si tawang ga ngejawab. Dan ga
>> >> akan ngejawab.
>>
>> tawang ini cuma ngebual plintat plintut ga keruan, ocehan yg satu akan
>> kontradiksi dgn ocehannya yg lain. Dan dia ga akan ngejawab sesuatu yg
>> jelas2 nunjukin ketololannya, dlm hal ini, dia sedikit ada pinternya.
>>
>>
>>
>> On 7/2/13, Tawangalun <tawangalun@...> wrote:
>> > La yg Exosphere itu utk langit yg sebagai pelindung kita,yg telah
>> > dibuktikan
>> > ada 7 lapis, kalau langit ketika Israk Mikraj lain lagi
>> > itu Yupiter adalah lapisan 1 yg terluar.Ini belum bisa dibuktikan tapi
>> > Kitab
>> > saya sudah ngomong duluan ada 7 lapisan juga.Nek bumi kita ini kedalam
>> > yo
>> > sama ada 7 lapisan juga,dah terbukti.
>> >
>> > Paulus Anak Wedus.
>> >
>> > --- In [email protected], itemabu2 <itemabu2@> wrote:
>> >>
>> >> Hehehe... katanya 7 lapis langit itu yg terluar adalah exosphere yg
>> >> cuma ada di ketinggian beberapa ratus km, eh ternyata Yupiter ada di
>> >> lapisan ke 1. Jadi Yupiter itu dekat sekali dgn bumi, hehehe...
>> >>
>> >> Dimana bulan dan bintang? Sampe sekarang si tawang ga ngejawab. Dan ga
>> >> akan ngejawab.
>> >>
>> >> Tuh, auloh bilangnya nyiptain 7 langit, bukannya nyiptain 7 lapisan
>> >> langit. Jadi bumi itu hrsnya ada 7, bukannya ada 7 lapisan bumi.
>> >>
>> >> Si tawang ini ga lbh make otaknya unt mlintir2 apa yg ditulis auloh,
>> >> krn auloh itu salah ngasih penjelasan.
>> >>
>> >> Apa itu yg dimaksud dgn Quran itu unt orang yg mikir berhubung auloh
>> >> terlalu goblok shg ga becus nulis?
>> >>
>> >>
>> >>
>> >> On 7/2/13, Tawangalun <tawangalun@> wrote:
>> >> > Surah At-Thalaq No12. Allah yang menciptakan tujuh langit dan
>> >> > seperti
>> >> > itu
>> >> > pula bumi.
>> >> >
>> >> > Jadi nurut Kitab saya ada 7 lapisan langit dan 7 lapisan bumi.Jadi
>> >> > dari
>> >> > bumi
>> >> > keatas ada 7 lapis langit,sebaliknya bumi masuk ketanah juga ada 7
>> >> > lapisan.Yang 7 lapisan didalam atmosfir sudah terbukti,so do lapisan
>> >> > didalam
>> >> > tanah.La yg belum terbukti 7 lapisan langit,soale roketnya NASA baru
>> >> > sampai
>> >> > Yupiter(lapis ke-1 yg terluar).
>> >> >
>> >> > Paulus Anak Wedus.
>> >> >
>> >> > --- In [email protected], itemabu2 <itemabu2@> wrote:
>> >> >>
>> >> >> Gua nanya bulan dan bintang ada di langit yg mana, si tawang ga
>> >> >> berani
>> >> >> jawab.
>> >> >>
>> >> >> Quran itu bilang ada 7 langit dan bumi sama banyaknya yg berarti ada
>> >> >> 7
>> >> >> bumi, bukannya bilang bumi terdiri dr 7 lapisan.
>> >> >>
>> >> >> Masalahnya, si tawang ini ga punya kemampuan unt ngejelaskan
>> >> >> kutipan
>> >> >> yg diberikannya, bisanya cuma copas.
>> >> >>
>> >> >>
>> >> >>
>> >> >> On 7/2/13, Tawangalun <tawangalun@> wrote:
>> >> >> >
>> >> >> > Ha ha bumipun ada 7 lapisan juga podo dg Kitab saya.
>> >> >> >
>> >> >> > Paulus Anak Wedus.
>> >> >> >   The Layer of Earth  [hor_green_bar1.jpg]
>> >> >> >   [The interior of the Earth - copyright Calvin J. Hamilton] What
>> >> >> > is
>> >> >> > the
>> >> >> > use of locating seismic discontinuities? Locating these
>> >> >> > disturbances
>> >> >> > enable scientists to map the inner regions of the Earth.  This
>> >> >> > science,
>> >> >> > known as tomography originates from the knowledge gained  from
>> >> >> > discontinuities.
>> >> >> >
>> >> >> > Tomographists  have found that this planet is divided into six
>> >> >> > regions:
>> >> >> > the inner  core, the outer core, the lower mantle, the upper
>> >> >> > mantle,
>> >> >> > the
>> >> >> > transition  region, and the crust (oceanic and continental).
>> >> >> >
>> >> >> > Here is a brief synopsis of the depths of each layer (in
>> >> >> > kilometers):
>> >> >> >
>> >> >> >
>> >> >> >     1. 0- 40 Crust
>> >> >> >     2. 40- 400 Upper mantle
>> >> >> >     3. 400- 650 Transition region
>> >> >> >     4. 650-2700 Lower mantle
>> >> >> >     5. 2700-2890 D'' layer
>> >> >> >     6. 2890-5150 Outer core
>> >> >> >     7. 5150-6378 Inner core
>> >> >> >
>> >> >> >
>> >> >> >
>> >> >> >   [The Interior of the Earth - copyright Calvin J. Hamilton] The
>> >> >> > inner
>> >> >> > core is  a solid section of the Earth and is unattached to the
>> >> >> > mantle,
>> >> >> > being  suspended by the molten outer core. This solidified state
>> >> >> > is
>> >> >> > the
>> >> >> > result  of a very intense pressure-freezing process that occurs
>> >> >> > in
>> >> >> > most
>> >> >> > liquids  when temperature decreases or pressure increases. The
>> >> >> > outer
>> >> >> > core of  Earth is a scorching hot, electrically conductive liquid
>> >> >> > in
>> >> >> > which  convection takes place. This inner layer in mutual
>> >> >> > combination
>> >> >> > with the  rotational motion of the Earth creates a dynamo effect
>> >> >> > where
>> >> >> > a
>> >> >> > force  ield of electrical currents is generated. This field is
>> >> >> > also
>> >> >> > known as  Earth's magnetic field, which is responsible for the
>> >> >> > functioning of  mechanical and biological compasses. This field
>> >> >> > also
>> >> >> > causes a subtle  jerking motion in the Earth's daily rotation. In
>> >> >> > terms
>> >> >> > of the physical  aspects of the outer core, the layer is dense,
>> >> >> > but
>> >> >> > not
>> >> >> > as dense as pure  molten iron, evidencing the presence of
>> >> >> > multiple
>> >> >> > impurities having a  lighter chemical makeup. According to
>> >> >> > scientists,
>> >> >> > about 10% of this  layer is composed of sulfur and/or oxygen due
>> >> >> > to
>> >> >> > the
>> >> >> > fact that these two  elements are abundant in the cosmos and
>> >> >> > dissolve
>> >> >> > readily in molten  iron.
>> >> >> >
>> >> >> >   [Crustal Plate Boudaries]
>> >> >> >
>> >> >> >     1. The  outer core is in the range of 200 to 300 kilometers
>> >> >> > (125
>> >> >> > to
>> >> >> > 188 miles)  thick and represents about 4% of the mantle-crust
>> >> >> > mass.
>> >> >> > This
>> >> >> > layer is  sometimes identified as part of the lower mantle due to
>> >> >> > its
>> >> >> > geographical  nature. However, studies on seismic discontinuities
>> >> >> > suggest that this  "D" layer might differ chemically rom the
>> >> >> > lower
>> >> >> > mantle lying above it.
>> >> >> >
>> >> >> >
>> >> >> >     2. Looking at the lower mantle,  its chemical omposition
>> >> >> > includes
>> >> >> > silicon, magnesium, and oxygen. Most  likely, it probably also
>> >> >> > contains
>> >> >> > some iron, calcium, and aluminum. This  layer is comprised of
>> >> >> > 72.9%
>> >> >> > of
>> >> >> > the antle-crust mass, making the Earth  abundant in the chemical
>> >> >> > elements of silicon, magnesium and oxygen, the  layer's primary
>> >> >> > components.
>> >> >> >
>> >> >> >
>> >> >> >   [A View of Saudi Arabia - courtesy NASA]    3. 3. Higher up, we
>> >> >> > encounter the upper mantle.  Through excavations in volcanoes,
>> >> >> > scientists have found that this part  of the crust composes of
>> >> >> > 15.3%
>> >> >> > of
>> >> >> > the total mantle-crust mass and is  made of crystalline forms of
>> >> >> > Olivine
>> >> >> > (Mg,Fe)2SiO4 and pyroxene  (Mg,Fe)SiO3. The upper mantle makes up
>> >> >> > 10.3%
>> >> >> > of the Earth's mass,  extending a depth of 6-250 miles (10-400
>> >> >> > kilometers). A relatively large  portion when compared to the
>> >> >> > other
>> >> >> > interior layers. This layer is not  completely made of solid
>> >> >> > minerals
>> >> >> > for scientists speculate that the  asthenosphere could be partly
>> >> >> > liquid
>> >> >> > molten.
>> >> >> >
>> >> >> >
>> >> >> >     4. D:  The D" layer of Earth is about 3% of Earth's mass, is
>> >> >> > 125
>> >> >> > to
>> >> >> > 188 miles  (200 to 300 kilometers) thick and covers about 4% of
>> >> >> > the
>> >> >> > mantle-crust  mass. This layer, in terms of whether it is part of
>> >> >> > the
>> >> >> > lower mantle or  an independent layer is still somewhat unclear.
>> >> >> > Based
>> >> >> > on evidence  collected from seismic discontinuities, the D" layer
>> >> >> > might
>> >> >> > differ in  chemical composition from the lower mantle above it.
>> >> >> >
>> >> >> >
>> >> >> >     5.  The next layer, the Transition region comprises 7.5%  of
>> >> >> > Earth's
>> >> >> > mass with a depth of 250-406 miles (400-650 kilometers).  This
>> >> >> > layer
>> >> >> > is
>> >> >> > also known as the mesosphere and is 11.1% of the  mantle-crust.
>> >> >> > It
>> >> >> > is
>> >> >> > made of mainly basaltic magmas with amounts of  calcium, aluminum
>> >> >> > and
>> >> >> > garnet (an aluminum-bearing silicate mineral). The  layer becomes
>> >> >> > dense
>> >> >> > when the garnet mineral cools but is buoyant and  light when
>> >> >> > subject
>> >> >> > to
>> >> >> > heat due to the low melting points.
>> >> >> >
>> >> >> >
>> >> >> >   [Earth]    6. The outer most layer, the crust, is categorized
>> >> >> > into
>> >> >> > two
>> >> >> > parts, the Oceanic crust and the continental crust. The Oceanic
>> >> >> > crust
>> >> >> > is
>> >> >> > the smallest part of Earth, only 0.099%  of its mass and reaching
>> >> >> > a
>> >> >> > small depth of 0-6 miles (0-10 kilometers).  In the beginning of
>> >> >> > time,
>> >> >> > it was possible that this area did not exist  for through
>> >> >> > frequent
>> >> >> > volcanic activity does only the crust form.  Evidence of this is
>> >> >> > marked
>> >> >> > by the oceanic ridge system, which is a  25,000 mile
>> >> >> > (40,000-kilometer)
>> >> >> > array of many volcanoes which creates  layer after layer of new
>> >> >> > crust
>> >> >> > at
>> >> >> > the rate of 17 km3 per year. The ocean  floor is covered in
>> >> >> > basalt
>> >> >> > originating from volcanic activity and as a  matter of fact,
>> >> >> > Iceland
>> >> >> > and
>> >> >> > Hawaii are two island systems that emerged  from the accumulated
>> >> >> > basalt.
>> >> >> >
>> >> >> >
>> >> >> >     7. Continental  crust: The second smallest area of the Earth
>> >> >> > is
>> >> >> > the
>> >> >> > Continental crust,  making up only 0.374% of the Earth's mass and
>> >> >> > extending a short depth of  0 - 31 miles (0-50 kilometers).
>> >> >> > Looking
>> >> >> > at
>> >> >> > the percent by composition,  the continental crust makes up only
>> >> >> > 0.554%
>> >> >> > of the mantle-crust mass. The  layer is composed primarily of
>> >> >> > crystalline rocks made of low-density  buoyant minerals dominated
>> >> >> > mostly
>> >> >> > by quartz (SiO2) and feldspars  (metal-poor silicates). This is
>> >> >> > the
>> >> >> > outer part of the Earth composed  essentially of crystalline
>> >> >> > rocks.
>> >> >> > The
>> >> >> > continental crust and the oceanic  crust are also referred to as
>> >> >> > the
>> >> >> > lithosphere because of the cool and  rocky conditions that exist
>> >> >> > in
>> >> >> > its
>> >> >> > chemical composition.
>> >> >> >
>> >> >> >
>> >> >> >
>> >> >> >
>> >> >> >
>> >> >> >
>> >> >> > [Non-text portions of this message have been removed]
>> >> >> >
>> >> >> >
>> >> >>
>> >> >
>> >> >
>> >> >
>> >>
>> >
>> >
>> >
>>
>
>
>


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