Talker26

Talker26 is male.
He is 20.73 years old.

This user comes from the Philippines.

en

This user is a native speaker of the English language.

I am user talker 26, and i'll give you a hint of what i like: ♠,♣, ←→ ♥,♦.

Entertainment edit

I always put things i like here.

Body Parts edit

This article about a location in the Philippines is a stub. You can help Wikipedia by expanding it.

Geologic time scale edit

Preceded by Proterozoic Eon	542 Ma - Phanerozoic Eon - Present
	542 Ma - Paleozoic Era - 251 Ma						251 Ma - Mesozoic Era - 65 Ma			65 Ma - Cenozoic Era - Present
	Cambrian	Ordovician	Silurian	Devonian	Carboniferous	Permian	Triassic	Jurassic	Cretaceous	Paleogene	Neogene	Quaternary

Talker26 Talker26 Talker26

{{Proterozoic eon}}

Notes edit

Traditional fixed do^[1]
Note name		Syllable	Pronunciation		Pitch class
English	Romance	Syllable	Italian	Anglicized	Pitch class
C♭	Do♭	do	/dɔ/	/doʊ/	11
C	Do				0
C♯	Do♯				1
D♭	Re♭	re	/rɛ/	/reɪ/	1
D	Re				2
D♯	Re♯				3
E♭	Mi♭	mi	/mi/	/miː/	3
E	Mi				4
E♯	Mi♯				5
F♭	Fa♭	fa	/fa/	/fɑː/	4
F	Fa				5
F♯	Fa♯				6
G♭	Sol♭	sol	/sɔl/	/soʊl/	6
G	Sol				7
G♯	Sol♯				8
A♭	La♭	la	/la/	/lɑː/	8
A	La				9
A♯	La♯				10
B♭	Si♭	si	/si/	/siː/	10
B	Si				11
B♯	Si♯				0

Chromatic variants of fixed do
Note name		Syllable						Pitch class
English	Romance	Traditional ^[1]	5 sharps / 5 flats ^[1]^[2]^[3]	Hullah ^[4]	Shearer ^[5]	Siler ^[6]	Sotorrio ^[7]	Pitch class
C	Do	do	–	duf	daw	du	(pe)	10
C♭	Do♭		–	du	de	do	(tsi)	11
C	Do		do	do	do	da	do	0
C♯	Do♯		di	da	di	de	ga	1
C	Do		–	das	dai	di	(re)	2
D	Re	re	–	raf	raw	ru	(do)	0
D♭	Re♭		ra	ra	ra	ro	ga	1
D	Re		re	re	re	ra	Re	2
D♯	Re♯		ri	ri	ri	re	nu	3
D	Re		–	ris	rai	ri	(mi)	4
E	Mi	mi	–	mef	maw	mu	(re)	2
E♭	Mi♭		me	me	me	mo	nu	3
E	Mi		mi	mi	mi	ma	mi	4
E♯	Mi♯		–	mis	mai	me	(fa)	5
E	Mi		–	mish	–	mi	(jur)	6
F	Fa	fa	–	fof	faw	fu	(nu)	3
F♭	Fa♭		–	fo	fe	fo	(mi)	4
F	Fa		fa	fa	fa	fa	Fa	5
F♯	Fa♯		fi	fe	fi	fe	jur	6
F	Fa		–	fes	fai	fi	(sol)	7
G	Sol	sol	–	sulf	saw	su	(fa)	5
G♭	Sol♭		se	sul	se	so	jur	6
G	Sol		sol	sol	so	sa	sol	7
G♯	Sol♯		si	sal	si	se	ki	8
G	Sol		–	sals	sai	si	(la)	9
A	La	la	–	lof	law	lu	(sol)	7
A♭	La♭		le	lo	le	lo	ki	8
A	La		la	la	la	la	la	9
A♯	La♯		li	le	li	le	pe	10
A	La		–	les	lai	li	(tsi)	11
B	Si	si	–	sef	taw	tu	(la)	9
B♭	Si♭		te	se	te	to	pe	10
B	Si		ti	si	ti	ta	tsi	11
B♯	Si♯		–	sis	tai	te	(do)	0
B	Si		–	sish	–	ti	(ga)	1
A dash ("–") means that the source(s) did not specify a syllable.

Order of the notes edit

The order of the notes go like this: Do₄, Di₄/Ra₄, Re₄, Ri₄/Me₄, Mi₄, Fa₄, Fi₄/Se₄, So₄, Si₄/Le₄, La₄, Li₄/Te₄, Ti₄ & Do₅.

Different note pitches edit

Scientific designation	Helmholtz designation	Octave name	Frequency (Hz)
C_-1	C͵͵͵ or ͵͵͵C	Subsubcontra	8.176
C₀	C͵͵ or ͵͵C	Subcontra	16.352
C₁	C͵ or ͵C	Contra	32.703
C₂	C	Great	65.406
C₃	c	Small	130.813
C₄ (Middle C)	c′	One-lined	261.626
C₅	c′′	Two-lined	523.251
C₆	c′′′	Three-lined	1046.502
C₇	c′′′′	Four-lined	2093.005
C₈	c′′′′′	Five-lined	4186.009
C₉	c′′′′′′	Six-lined	8372.018

Scientific designation	Helmholtz designation	Octave name	Frequency (Hz)
D_-1	D͵͵͵ or ͵͵͵D	Subsubcontra	9.177
D₀	D͵͵ or ͵͵D	Subcontra	18.354
D₁	D͵ or ͵D	Contra	36.708
D₂	D	Great	73.416
D₃	d	Small	146.832
D₄ (Middle D)	d′	One-lined	293.665
D₅	d′′	Two-lined	587.33
D₆	d′′′	Three-lined	1174.659
D₇	d′′′′	Four-lined	2349.318
D₈	d′′′′′	Five-lined	4698.636
D₉	d′′′′′′	Six-lined	9397.273

Scientific designation	Helmholtz designation	Octave name	Frequency (Hz)
E_-1	E͵͵͵ or ͵͵͵E	Subsubcontra	10.301
E₀	E͵͵ or ͵͵E	Subcontra	20.602
E₁	E͵ or ͵E	Contra	41.204
E₂	E	Great	82.407
E₃	e	Small	164.814
E₄ (Middle E)	e′	One-lined	329.628
E₅	e′′	Two-lined	659.255
E₆	e′′′	Three-lined	1318.51
E₇	e′′′′	Four-lined	2637.021
E₈	e′′′′′	Five-lined	5274.041
E₉	e′′′′′′	Six-lined	10548.082

Scientific designation	Helmholtz designation	Octave name	Frequency (Hz)
F_-1	F͵͵͵	Subsubcontra	10.913
F₀	F͵͵	Subcontra	21.827
F₁	F͵	Contra	43.654
F₂	F	Great	87.307
F₃	f	Small	174.614
F₄	f′	One-lined	349.228
F₅	f′′	Two-lined	698.457
F₆	f′′′	Three-lined	1396.913
F₇	f′′′′	Four-lined	2793.826
F₈	f′′′′′	Five-lined	5587.652
F₉	f′′′′′′	Six-lined	11175.303

Scientific designation	Helmholtz designation	Octave name	Frequency (Hz)
G_-1	G͵͵͵ or ͵͵͵G	Subsubcontra	12.25
G₀	G͵͵ or ͵͵G	Subcontra	24.5
G₁	G͵ or ͵G	Contra	48.999
G₂	G	Great	97.999
G₃	g	Small	195.998
G₄	g′	One-lined	391.995
G₅	g′′	Two-lined	783.991
G₆	g′′′	Three-lined	1567.982
G₇	g′′′′	Four-lined	3135.964
G₈	g′′′′′	Five-lined	6271.927
G₉	g′′′′′′	Six-lined	12543.854

Sounds & pictures edit

Middle D Play.

Periodic Table edit

Group	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18
	Hydrogen & alkali metals	Alkaline earth metals											Triels	Tetrels	Pnictogens	Chalcogens	Halogens	Noble gases
Period 1	Hydrogen1H1.0080																	Helium2He4.0026
2	Lithium3Li6.94	Beryllium4Be9.0122											Boron5B10.81	Carbon6C12.011	Nitrogen7N14.007	Oxygen8O15.999	Fluorine9F18.998	Neon10Ne20.180
3	Sodium11Na22.990	Magnesium12Mg24.305											Aluminium13Al26.982	Silicon14Si28.085	Phosphorus15P30.974	Sulfur16S32.06	Chlorine17Cl35.45	Argon18Ar39.95
4	Potassium19K39.098	Calcium20Ca40.078	Scandium21Sc44.956	Titanium22Ti47.867	Vanadium23V50.942	Chromium24Cr51.996	Manganese25Mn54.938	Iron26Fe55.845	Cobalt27Co58.933	Nickel28Ni58.693	Copper29Cu63.546	Zinc30Zn65.38	Gallium31Ga69.723	Germanium32Ge72.630	Arsenic33As74.922	Selenium34Se78.971	Bromine35Br79.904	Krypton36Kr83.798
5	Rubidium37Rb85.468	Strontium38Sr87.62	Yttrium39Y88.906	Zirconium40Zr91.224	Niobium41Nb92.906	Molybdenum42Mo95.95	Technetium43Tc[97]	Ruthenium44Ru101.07	Rhodium45Rh102.91	Palladium46Pd106.42	Silver47Ag107.87	Cadmium48Cd112.41	Indium49In114.82	Tin50Sn118.71	Antimony51Sb121.76	Tellurium52Te127.60	Iodine53I126.90	Xenon54Xe131.29
6	Caesium55Cs132.91	Barium56Ba137.33	Lutetium71Lu174.97	Hafnium72Hf178.49	Tantalum73Ta180.95	Tungsten74W183.84	Rhenium75Re186.21	Osmium76Os190.23	Iridium77Ir192.22	Platinum78Pt195.08	Gold79Au196.97	Mercury80Hg200.59	Thallium81Tl204.38	Lead82Pb207.2	Bismuth83Bi208.98	Polonium84Po[209]	Astatine85At[210]	Radon86Rn[222]
7	Francium87Fr[223]	Radium88Ra[226]	Lawrencium103Lr[266]	Rutherfordium104Rf[267]	Dubnium105Db[268]	Seaborgium106Sg[269]	Bohrium107Bh[270]	Hassium108Hs[269]	Meitnerium109Mt[278]	Darmstadtium110Ds[281]	Roentgenium111Rg[282]	Copernicium112Cn[285]	Nihonium113Nh[286]	Flerovium114Fl[289]	Moscovium115Mc[290]	Livermorium116Lv[293]	Tennessine117Ts[294]	Oganesson118Og[294]

			Lanthanum57La138.91	Cerium58Ce140.12	Praseodymium59Pr140.91	Neodymium60Nd144.24	Promethium61Pm[145]	Samarium62Sm150.36	Europium63Eu151.96	Gadolinium64Gd157.25	Terbium65Tb158.93	Dysprosium66Dy162.50	Holmium67Ho164.93	Erbium68Er167.26	Thulium69Tm168.93	Ytterbium70Yb173.05
			Actinium89Ac[227]	Thorium90Th232.04	Protactinium91Pa231.04	Uranium92U238.03	Neptunium93Np[237]	Plutonium94Pu[244]	Americium95Am[243]	Curium96Cm[247]	Berkelium97Bk[247]	Californium98Cf[251]	Einsteinium99Es[252]	Fermium100Fm[257]	Mendelevium101Md[258]	Nobelium102No[259]

Primordial From decay Synthetic Border shows natural occurrence of the element

Standard atomic weight A_{r, std}(E)^[8]

Ca: 40.078 — Abridged value (uncertainty omitted here)^[9]
Po: [209] — mass number of the most stable isotope

Category:Chemistry templates

**G-Block**
121 Ubu	122 Ubb	123 Ubt	124 Ubq	125 Ubp	126 Ubh	127 Ubs	128 Ubo	129 Ube	130 Utn	131 Utu	132 Utb	133 Utt	134 Utq	135 Utp	136 Uth	137 Uts	138 Uto
121 Usu	122 Usb	123 Ust

Elements edit

Colors and spectra (bottom row) of electric discharge in pure noble gases




Helium	Neon	Argon (with some Hg in the "Ar" image)	Krypton	Xenon

Continents edit

I can't put Antarctica because there isn't one.

^ ^a ^b ^c Demorest, Steven M. (2001). Building Choral Excellence: Teaching Sight-Singing in the Choral Rehearsal. New York: Oxford University Press. p. 46. ISBN 978-0-19-512462-0.
^ Benjamin, Thomas; Horvit, Michael; Nelson, Robert (2005). Music for Sight Singing (4th ed.). Belmont, CA: Thompson Schirmer. pp. x–xi. ISBN 978-0-534-62802-4.
^ White, John D. (2002). Guidelines for College Teaching of Music Theory (2nd ed.). Lanham, MD: Scarecrow Press. p. 34. ISBN 978-0-8108-4129-1.
^ Hullah, John (1880). Hullah's Method of Teaching Singing (2nd ed.). London: Longmans, Green and Co. pp. xi–xv.
^ Shearer, Aaron (1990). Learning the Classical Guitar, Part 2: Reading and Memorizing Music. Pacific, MO: Mel Bay. p. 209. ISBN 978-0-87166-855-4.
^ Siler, H. (1956). "Toward an International Solfeggio". Journal of Research in Music Education. 4 (1): 40–43. doi:10.2307/3343838. JSTOR 3343838.
^ Sotorrio, José A (2002). Tone Spectra -and the Natural Elements of Music. (1st Ed) Spectral Music, 2002. (Presents a simple 12-tone Solfege: Do (Ga) Re (Nu) Mi Fa (Jer) Sol (Ki) La (Pe) and Tsi, a written compromise between "Ti" and "si".]
^ Meija, Juris; et al. (2016). "Atomic weights of the elements 2013 (IUPAC Technical Report)". Pure and Applied Chemistry. 88 (3): 265–91. doi:10.1515/pac-2015-0305.
^ Prohaska, Thomas; Irrgeher, Johanna; Benefield, Jacqueline; Böhlke, John K.; Chesson, Lesley A.; Coplen, Tyler B.; Ding, Tiping; Dunn, Philip J. H.; Gröning, Manfred; Holden, Norman E.; Meijer, Harro A. J. (2022-05-04). "Standard atomic weights of the elements 2021 (IUPAC Technical Report)". Pure and Applied Chemistry. doi:10.1515/pac-2019-0603. ISSN 1365-3075.

[Demorest-1] Demorest, Steven M. (2001). Building Choral Excellence: Teaching Sight-Singing in the Choral Rehearsal. New York: Oxford University Press. p. 46. ISBN 978-0-19-512462-0.

[2] Benjamin, Thomas; Horvit, Michael; Nelson, Robert (2005). Music for Sight Singing (4th ed.). Belmont, CA: Thompson Schirmer. pp. x–xi. ISBN 978-0-534-62802-4.

[3] White, John D. (2002). Guidelines for College Teaching of Music Theory (2nd ed.). Lanham, MD: Scarecrow Press. p. 34. ISBN 978-0-8108-4129-1.

[Hullah-4] Hullah, John (1880). Hullah's Method of Teaching Singing (2nd ed.). London: Longmans, Green and Co. pp. xi–xv.

[Shearer-5] Shearer, Aaron (1990). Learning the Classical Guitar, Part 2: Reading and Memorizing Music. Pacific, MO: Mel Bay. p. 209. ISBN 978-0-87166-855-4.

[Siler-6] Siler, H. (1956). "Toward an International Solfeggio". Journal of Research in Music Education. 4 (1): 40–43. doi:10.2307/3343838. JSTOR 3343838.

[Sotorrio-7] Sotorrio, José A (2002). Tone Spectra -and the Natural Elements of Music. (1st Ed) Spectral Music, 2002. (Presents a simple 12-tone Solfege: Do (Ga) Re (Nu) Mi Fa (Jer) Sol (Ki) La (Pe) and Tsi, a written compromise between "Ti" and "si".]

[CIAAW2013-8] Meija, Juris; et al. (2016). "Atomic weights of the elements 2013 (IUPAC Technical Report)". Pure and Applied Chemistry. 88 (3): 265–91. doi:10.1515/pac-2015-0305.

[CIAAW2021-9] Prohaska, Thomas; Irrgeher, Johanna; Benefield, Jacqueline; Böhlke, John K.; Chesson, Lesley A.; Coplen, Tyler B.; Ding, Tiping; Dunn, Philip J. H.; Gröning, Manfred; Holden, Norman E.; Meijer, Harro A. J. (2022-05-04). "Standard atomic weights of the elements 2021 (IUPAC Technical Report)". Pure and Applied Chemistry. doi:10.1515/pac-2019-0603. ISSN 1365-3075.

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v t e Hydrography of India
Inland	Alaknanda Beas Betwa Bhāgīrathī Bharatapuzha Brahmaputra Burhi Gandak Chambal Chenab Chilika Lake Dal Lake Damodar Dibang Ganges Ganges Basin Ganges Delta Ghaghara Godavari Gomti Hooghly Indira Gandhi Canal Indus Indus Delta Indus Basin Jhelum Kali Kaveri Ken Kerala backwaters Koshi Krishna Kushiyara Luni Mahanadi Malampuzha Narmada Nizam Sagar Padma Pamba Periyar Pookode Lake Powai Lake Ramganga Ravi Red Hills Lake Roopkund (Skeleton Lake) Sambhar Salt Lake Sapt Koshi Sabarmati River Sarasvati Sharda Someshwari Son Sutlej Tamsa Tapti Tons Vaigai Yamuna
Coastal	Arabian Sea Bay of Bengal Gulf of Khambhat Gulf of Kutch Gulf of Mannar Indian Ocean Laccadive Sea Palk Strait Ilog Pasig
Categories	Lakes of India Reservoirs and dams in India Rivers of India

v t e Earth's primary regions and subregions
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