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| 500–1,300 K
| 500–1,300 K
| style="background:#{{Color temperature|750|hexval}};"|<span style="color:white;">brown</span>
| style="background:#{{Color temperature|750|hexval}};"|<span style="color:white;">brown</span>
| style="background:#{{Color temperature|835|hexval}};"|magenta
| style="background:#{{Color temperature|835|hexval}};"|<span style="color:white;">magenta</span>
| {{Solar mass|link=y|0.001-0.007}}
| {{Solar mass|link=y|0.001-0.007}}
| {{Solar radius|link=y|0.8-0.14}}
| {{Solar radius|link=y|0.8-0.14}}

Revision as of 02:54, 23 March 2018

I can upload my new pictures and otherwise, strangers will remove my images. When I played my computer did the narrator said "SCTEX" as "(sk-TEKS)"? Pronounciation:/juːri-juːzi/

RYB colors produced by mixing equal amounts of secondary and subsequent colors[1]
Secondary 
  yellow
  orange
  red
  purple
  blue
  green
  yellow
Tertiary 
  orange
  russet
  purple
  slate
  green
  citron
  orange
Quaternary 
  russet
  plum
  slate
  sage
  citron
  buff
  russet
Quinary 
  plum
  blue grey
  sage
  khaki
  buff
  grey brown
  plum
RYB and CMY colors produced by mixing proportional amounts of primary colors
Tertiary RYB[1]     
  yellow
  amber
  orange
  vermilion
  red
  magenta
  purple
  violet
  blue
  teal
  green
  chartreuse
  yellow
Quaternary RYB[1]     
  yellow
  golden yellow
  amber
  orange peel
  orange
  persimmon
  vermilion
  scarlet
  red
  crimson
  magenta
  aubergine
  purple
  amethyst
  violet
  indigo
  blue
  turquoise
  teal
  viridian
  green
  apple green
  chartreuse
  lime green
  yellow
Tertiary CMY
  yellow
  orange
  red
  rose
  magenta
  violet
  blue
  azure
  cyan
  spring green
  green
  chartreuse
  yellow
Quaternary CMY
  yellow
  amber
  orange
  vermilion
  red
  crimson
  rose
  cerise
  magenta
  purple
  violet
  ultramarine
  blue
  cerulean
  azure
  capri
  cyan
  aquamarine
  spring green
  erin
  green
  harlequin
  chartreuse
  lime
  yellow
Planets and Stars size comparison before UY Scuti was discovered.
Relative sizes of the planets in the Solar System and several stars:
1. Mercury < Mars < Venus < Earth
2. Earth < Neptune < Uranus < Saturn < Jupiter
3. Jupiter < Proxima Centauri < Sun < Sirius
4. Sirius < Pollux < Arcturus < Aldebaran
5. Aldebaran < Rigel < Antares < Betelgeuse
6. Betelgeuse < NML Cygni < VV Cephei A < VY Canis Majoris < UY Scuti.


Cell biology
Animal cell diagram
Components of a typical animal cell:
  1. Nucleolus
  2. Nucleus
  3. Ribosome (dots as part of 5)
  4. Vesicle
  5. Rough endoplasmic reticulum
  6. Golgi apparatus (or, Golgi body)
  7. Cytoskeleton
  8. Smooth endoplasmic reticulum
  9. Mitochondrion
  10. Vacuole
  11. Cytosol (fluid that contains organelles; with which, comprises cytoplasm)
  12. Lysosome
  13. Centrosome
  14. Cell membrane

B - Bold

I - Italic

BI or Ы - Bold Italic

U - Underline

S - Strikethrough

I ❤💕💖❤💕💓💟💞💗 Cashews very much

Science

Astronomy

Class Effective temperature[2][3][4] Vega-relative chromaticity[5][nb 1] Chromaticity (D65)[6][7][8][nb 2] Main-sequence mass[2][9]
(solar masses) 		Main-sequence radius[2][9]
(solar radii) 		Main-sequence luminosity[2][9]
(bolometric) 		Hydrogen
lines 		Fraction of all
main-sequence stars[10]
O ≥ 30,000 K blue blue ≥ 16 M☉ ≥ 6.6 R☉ ≥ 30,000 L☉ Weak ~0.00003%
B 10,000–30,000 K blue white deep blue white 2.1–16 M☉ 1.8–6.6 R☉ 25–30,000 L☉ Medium 0.13%
A 7,500–10,000 K white blue white 1.4–2.1 M☉ 1.4–1.8 R☉ 5–25 L☉ Strong 0.6%
F 6,000–7,500 K yellow white white 1.04–1.4 M☉ 1.15–1.4 R☉ 1.5–5 L☉ Medium 3%
G 5,200–6,000 K yellow yellowish white 0.8–1.04 M☉ 0.96–1.15 R☉ 0.6–1.5 L☉ Weak 7.6%
K 3,700–5,200 K orange pale yellow orange 0.45–0.8 M☉ 0.7–0.96 R☉ 0.08–0.6 L☉ Very weak 12.1%
M 2,400–3,700 K red light orange red 0.08–0.45 M☉ ≤ 0.7 R☉ ≤ 0.08 L☉ Very weak 76.45%
L 1,300–2,400 K red-brown scarlet 0.005–0.08 M☉ 0.8-0.15 R☉ 0.000,05-0.001 L☉ Extremely weak
T 500–1,300 K brown magenta 0.001-0.007 M☉ 0.8-0.14 R☉ 0.000,001-0.000,05 L☉ Extremely weak

The Periodic Table

periodic table of elements with electron shells

Electron Shells

Period 0

Electron shell 000 Neutronium

Period 1

Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 004 Beryllium Electron shell 005 Boron Electron shell 006 Carbon Electron shell 007 Nitrogen Electron shell 008 Oxygen Electron shell 001 Hydrogen Electron shell 002 Helium

Period 2

Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium

Period 3

Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen

Period 4

Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium

Period 5

Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium

Period 7

Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 003 Lithium Electron shell 001 Hydrogen Electron shell 002 Helium Electron shell 118 Oganesson

Period 8 (Inttermittant)

Electron shell 119 Ununennium Electron shell 120 Unbinilium Electron shell 121 Unbiunium Electron shell 122 Unbibium Electron shell 124 Unbiquadium Electron shell 126 Unbiqhexium Electron shell 127 Unbiseptium

Go to this template page for this block Go to the editable text version of this picture transcription · transcription  
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Go to the editable text version of this picture micro rna · micro arn · микроРНК  
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русский  
Go to the editable text version of this picture translation · traduction  
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Go to the editable text version of this picture lac operon · opéron lactose  
english  
français  
Go to the editable text version of this picture transcription factors  
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Go to the editable text version of this picture gene cloning  
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Go to the editable text version of this picture chloroplast dna  
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Earth's atmosphere

Hurricane

The Moon

The Sun

Europa

Earth

|}


Biology Posters

Gene cloning

ctDNA

Transcription

Translation

Transcription factors

lac Operon

microRNAs

Centrosome cycle

Mitosis


Cell organelle diagrams


Cell cycle

Minor images

Cell Diagram (Improved)

Translations (Originally by LadyofHats)


Maps

District maps

Election maps (Many are derivative)


Election graphics


Other improvements to images

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Please click here to leave me a new message.

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This user is from Earth.

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This user comes from the Philippines.

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enThis user is a native speaker of the English language.

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tlAng tagagamit na ito ay katutubong tagapagsalita ng Tagalog.

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This user participates in the
Solar System task force.

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Win11This user contributes using Microsoft Windows.

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This user uses Google Chrome to make contributions.

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RThis user's favorite color is red.

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YThis user's favorite color is yellow.

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BThis user's favorite color is blue.
Rank Chg Country Channel name Subscribers
1. Steady  Philippines Marj S[11] 59
2. Steady  Philippines YuRi YuZi[12] 57
3. Steady  Philippines Estherini (Formerly Hunnyia)[13] 19
4. Steady  Philippines Erielle the gamer[14] 11
5. Steady  Philippines Art Sunga[15] 2
Color key
Color Use Notes
#00c000 Concurrency terminus
#808080 Closed Previously complete and open, but now closed (temp. or perm.)
#ffff00 HOV only Interchange/intersection only accessible to high-occupancy vehicles (HOV)
#ff0000 Incomplete access Some ramps/movements missing
#0058ff ETC/Tolled Interchange or bridge requires the use of electronic toll collection or is otherwise tolled as an exception to the rest of the roadway
#ff6600 Unopened Interchange/intersection being constructed, not yet open to traffic
#00ffff Route transition Indicates a transition from one route number to either another route number, or a section without a route number, along a named road
ALIVE!!!
1⁄2
R.I.P.

My Uploads

File:Crayola 120-Crayon box.jpg
File:Raindrops over my windshield.jpg
Caesium Ion 3D-ionic
Caesium-carbonate-3D-Balls
File:Caesium-peroxide-xtal-3D-balls.png
Caesium-peroxide-xtal-3D-balls
Cumulonimbus clouds were seen from SCTEX
File:Black dwarf in the Cold, Dark, and Empty Universe.png
Black dwarf in the Cold, Dark, and Empty Universe
File:Rigel-Sirius A-Sun-TRAPPIST 1 comparison.png
[Comparison of Rigel, Sirius A, Sun, TRAPPIST-1 (too scale)
File:Black dwarf.gif
Black dwarf, a dead star
File:Black dwarf.jpg
Concept art of a black dwarf against a background field of stars.
  1. ^ a b c RGB approximations of RYB tertiary colors, using cubic interpolation.[1] The colors are paler than a simple mixture of paints would produce. For the darker, true secondary colors, see secondary color. Pure tertiary colors would be darker still.
  2. ^ a b c d Habets, G. M. H. J.; Heinze, J. R. W. (November 1981). "Empirical bolometric corrections for the main-sequence". Astronomy and Astrophysics Supplement Series. 46: 193–237 (Tables VII and VIII). Bibcode:1981A&AS...46..193H. – Luminosities are derived from Mbol figures, using Mbol(☉)=4.75.
  3. ^ Dupuy, Trent J.; Kraus, Adam L. (September 2013). "Distances, Luminosities, and Temperatures of the Coldest Known Substellar Objects". Science. 341 (6153): 1492–1495. arXiv:1309.1422. Bibcode:2013Sci...341.1492D. doi:10.1126/science.1241917. PMID 24009359.
  4. ^ Weidner, Carsten; Vink, Jorick S. (December 2010). "The masses, and the mass discrepancy of O-type stars". Astronomy and Astrophysics. 524. A98. arXiv:1010.2204v1. Bibcode:2010A&A...524A..98W. doi:10.1051/0004-6361/201014491.
  5. ^ "The Colour of Stars". Australia Telescope National Facility.
  6. ^ Moore, Patrick (1992). The Guinness Book of Astronomy: Facts & Feats (4th ed.). Guinness. ISBN 0-85112-940-4.
  7. ^ "The Colour of Stars". Australia Telescope Outreach and Education. 21 December 2004. Retrieved 26 September 2007. — Explains the reason for the difference in color perception.
  8. ^ Charity, Mitchell. "What color are the stars?". Vendian.org. Retrieved 13 May 2006.
  9. ^ a b c Cite error: The named reference bdevol was invoked but never defined (see the help page).
  10. ^ Cite error: The named reference LeDrew2001 was invoked but never defined (see the help page).
  11. ^ Cite error: The named reference Marj S was invoked but never defined (see the help page).
  12. ^ Cite error: The named reference YuRi YuZi was invoked but never defined (see the help page).
  13. ^ Cite error: The named reference Estherini was invoked but never defined (see the help page).
  14. ^ Cite error: The named reference Erielle the gamer was invoked but never defined (see the help page).
  15. ^ Cite error: The named reference Art Sunga was invoked but never defined (see the help page).


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