Iskel - Revision history

Suqi: /* Periodic Table */

2026-04-18T23:54:02Z

Periodic Table

← Older revision		Revision as of 23:54, 18 April 2026
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	* Element as an atom: +''yá''		* Element as an atom: +''yá''
	** Closed-shell atoms are called ''ya-ŋa''.		** Atoms are called ''yaŋa''.
			** Closed-shell atoms are called ''ya-ŋa''.
	* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: +''ttá''		* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: +''ttá''
	** Closed-shell molecules are called ''tta-ŋa''.		** Molecules are called ''ttaŋa''.
			** Closed-shell molecules are called ''tta-ŋa''.
	* Element as a [[w:mole (unit)\|molar quantity]]: +''vvá''		* Element as a [[w:mole (unit)\|molar quantity]]: +''vvá''
	* Object that is purely an element: +''ría''		* Object that is purely an element: +''ría''

Suqi: /* Periodic Table */

2026-04-18T23:52:52Z

Periodic Table

← Older revision		Revision as of 23:52, 18 April 2026
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	* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: +''ttá''		* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: +''ttá''
	** Closed-shell molecules are called ''tta-ŋa''.		** Closed-shell molecules are called ''tta-ŋa''.
	* Element as a [[w:~~molar quantity\|~~mole (unit)]]: +''vvá''		* Element as a [[w:mole (unit)\|molar quantity]]: +''vvá''
	* Object that is purely an element: +''ría''		* Object that is purely an element: +''ría''
	* Object that is mostly an element: +''ššá''		* Object that is mostly an element: +''ššá''
	~~[[w:ion\|~~Ions]] are written by suffixing the difference between the number of protons and electrons in the atom to the root word. [[w:anion\|Anions]] are suffixed with number suffixes denoting the difference. [[w:cation\|Cations]] are suffixed with the number difference and an antipositive infix +''ne''+ between the number and root word. For example, a sodium cation is called ''çĭneqyá'' (sodium-antipositive-one-atom) and a chlorine anion is called ''çiuêqyá'' (chlorine-one-atom).		Ions are written by suffixing the difference between the number of protons and electrons in the atom to the root word. [[w:anion\|Anions]] are suffixed with number suffixes denoting the difference. [[w:cation\|Cations]] are suffixed with the number difference and an antipositive infix +''ne''+ between the number and root word. For example, a sodium cation is called ''çĭneqyá'' (sodium-antipositive-one-atom) and a chlorine anion is called ''çiuêqyá'' (chlorine-one-atom).

	[[w:isotope\|Isotopes]] are written by infixing the difference between the number of protons and neutrons between the group marker and the proton number marker. A plain number difference is for a greater number of neutrons than protons, and a negative number difference is for a fewer number of neutrons than protons. For example, Uranium-235 is called ''cndsõayá'' and Helium-3 is called ''hneqa-yá''.		[[w:isotope\|Isotopes]] are written by infixing the difference between the number of protons and neutrons between the group marker and the proton number marker. A plain number difference is for a greater number of neutrons than protons, and a negative number difference is for a fewer number of neutrons than protons. For example, Uranium-235 is called ''cndsõayá'' and Helium-3 is called ''hneqa-yá''.

Suqi: /* Periodic Table */

2026-04-18T23:50:04Z

Periodic Table

← Older revision		Revision as of 23:50, 18 April 2026
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	# [[w:S-block\|S-block]] elements have monophthongs. F-block elements have diphthongs. [[w:d-block\|D-block]] elements have long diphthons. [[w:p-block\|P-block]] elements have triphthongs with a middle ''-u-''.		# [[w:S-block\|S-block]] elements have monophthongs. F-block elements have diphthongs. [[w:d-block\|D-block]] elements have long diphthons. [[w:p-block\|P-block]] elements have triphthongs with a middle ''-u-''.
	# Elements in periods 1-7 begin with ''h-'', ''l-'', ''ç-'', ''s-'', ''k-'', ''j-'', and ''cn-'', respectively.		# Elements in periods 1-7 begin with ''h''+, ''l''+, ''ç''+, ''s''+, ''k''+, ''j''+, and ''cn''+, respectively.
	# Metals have a mid tone on their root while [[w:nonmetal\|nonmetals]] have no tone on their root.		# Metals have a mid tone on their root while [[w:nonmetal\|nonmetals]] have no tone on their root.
	# Within a block, elements are ordered with one of their vowels being in alphabetical order (i.e. ''A Â Ô Ê E O U Û Î I''), with the vowels ''A'' and ''I'' excluded as they mark whether an element has an odd number of protons or an even number of protons per alphabetized letter. S-block elements are not written with alphabetization since they are monophthongs. F-block elements have the alphabetized letter precede the odd-even marker in the diphthong, while p- and d-block elements have the alphabetized letter at the end of the polyphthong.		# Within a block, elements are ordered with one of their vowels being in alphabetical order (i.e. ''A Â Ô Ê E O U Û Î I''), with the vowels ''A'' and ''I'' excluded as they mark whether an element has an odd number of protons or an even number of protons per alphabetized letter. S-block elements are not written with alphabetization since they are monophthongs. F-block elements have the alphabetized letter precede the odd-even marker in the diphthong, while p- and d-block elements have the alphabetized letter at the end of the polyphthong.

Suqi: /* Periodic Table */

2026-04-18T23:49:23Z

Periodic Table

← Older revision		Revision as of 23:49, 18 April 2026
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	Elements are most often talked about regarding a specific form, whether that be an atom, a molecule, a composition, etc. The form in discussion is a suffix containing the part of speech marker and a high tone.		Elements are most often talked about regarding a specific form, whether that be an atom, a molecule, a composition, etc. The form in discussion is a suffix containing the part of speech marker and a high tone.

	* Element as an atom: ''-yá''		* Element as an atom: +''yá''
	** Closed-shell atoms are called ''ya-ŋa''.		** Closed-shell atoms are called ''ya-ŋa''.
	* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: -''ttá''		* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: +''ttá''
	** Closed-shell molecules are called ''tta-ŋa''.		** Closed-shell molecules are called ''tta-ŋa''.
	* Element as a [[w:molar quantity\|mole (unit)]]: -''vvá''		* Element as a [[w:molar quantity\|mole (unit)]]: +''vvá''
	* Object that is purely an element: -''ría''		* Object that is purely an element: +''ría''
	* Object that is mostly an element: -''ššá''		* Object that is mostly an element: +''ššá''
	[[w:ion\|Ions]] are written by suffixing the difference between the number of protons and electrons in the atom to the root word. [[w:anion\|Anions]] are suffixed with number suffixes denoting the difference. [[w:cation\|Cations]] are suffixed with the number difference and an antipositive infix -''ne-'' between the number and root word. For example, a sodium cation is called ''çĭneqyá'' (sodium-antipositive-one-atom) and a chlorine anion is called ''çiuêqyá'' (chlorine-one-atom).		[[w:ion\|Ions]] are written by suffixing the difference between the number of protons and electrons in the atom to the root word. [[w:anion\|Anions]] are suffixed with number suffixes denoting the difference. [[w:cation\|Cations]] are suffixed with the number difference and an antipositive infix +''ne''+ between the number and root word. For example, a sodium cation is called ''çĭneqyá'' (sodium-antipositive-one-atom) and a chlorine anion is called ''çiuêqyá'' (chlorine-one-atom).

	[[w:isotope\|Isotopes]] are written by infixing the difference between the number of protons and neutrons between the group marker and the proton number marker. A plain number difference is for a greater number of neutrons than protons, and a negative number difference is for a fewer number of neutrons than protons. For example, Uranium-235 is called ''cndsõayá'' and Helium-3 is called ''hneqa-yá''.		[[w:isotope\|Isotopes]] are written by infixing the difference between the number of protons and neutrons between the group marker and the proton number marker. A plain number difference is for a greater number of neutrons than protons, and a negative number difference is for a fewer number of neutrons than protons. For example, Uranium-235 is called ''cndsõayá'' and Helium-3 is called ''hneqa-yá''.

	[[w:nuclide\|Nuclides]] without specification for isotope and/or ion are written with the number affix -''č'' in place of a number of neutrons or electrons. For example, Neon with an unspecified number of electrons is ''lauêčyá'', lead with an unspecified number of neutrons is ''jčăuâyá'', and copper with an unspecified number of electrons and neutrons is ''sčĭĭočyá''.		[[w:nuclide\|Nuclides]] without specification for isotope and/or ion are written with the number affix +''č'' in place of a number of neutrons or electrons. For example, Neon with an unspecified number of electrons is ''lauêčyá'', lead with an unspecified number of neutrons is ''jčăuâyá'', and copper with an unspecified number of electrons and neutrons is ''sčĭĭočyá''.

	[[w:molecular formula\|Molecular formulae]] are written by combining atom root words and suffixing each atom with -''-'' and suffixing the whole word with ''-wá''. For multiple instances of an atom, the beginning of the root receives a number affix. For example, the word for [[w:glucose\|glucose]], which has the formula C<sub>6</sub>H<sub>12</sub>O<sub>6</sub>, is ''šlauâ-lhi-šlauô-wá'', and the word for [[w:sodalite\|sodalite]], with the [[w:chemical formula\|chemical formula]] Na<sub>8</sub>(Al<sub>6</sub>Si<sub>6</sub>O<sub>24</sub>)Cl<sub>2</sub>, is ''xçĭ-višçiuâ-šçăuâ-ltlauô-ivtçiuê-ššá''.		[[w:molecular formula\|Molecular formulae]] are written by combining atom root words and suffixing each atom with -''-'' and suffixing the whole word with ''-wá''. For multiple instances of an atom, the beginning of the root receives a number affix. For example, the word for [[w:glucose\|glucose]], which has the formula C<sub>6</sub>H<sub>12</sub>O<sub>6</sub>, is ''šlauâ-lhi-šlauô-wá'', and the word for [[w:sodalite\|sodalite]], with the [[w:chemical formula\|chemical formula]] Na<sub>8</sub>(Al<sub>6</sub>Si<sub>6</sub>O<sub>24</sub>)Cl<sub>2</sub>, is ''xçĭ-višçiuâ-šçăuâ-ltlauô-ivtçiuê-ššá''.

Suqi: /* Periodic Table */

2026-04-18T23:48:26Z

Periodic Table

← Older revision		Revision as of 23:48, 18 April 2026
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	# Metals have a mid tone on their root while [[w:nonmetal\|nonmetals]] have no tone on their root.		# Metals have a mid tone on their root while [[w:nonmetal\|nonmetals]] have no tone on their root.
	# Within a block, elements are ordered with one of their vowels being in alphabetical order (i.e. ''A Â Ô Ê E O U Û Î I''), with the vowels ''A'' and ''I'' excluded as they mark whether an element has an odd number of protons or an even number of protons per alphabetized letter. S-block elements are not written with alphabetization since they are monophthongs. F-block elements have the alphabetized letter precede the odd-even marker in the diphthong, while p- and d-block elements have the alphabetized letter at the end of the polyphthong.		# Within a block, elements are ordered with one of their vowels being in alphabetical order (i.e. ''A Â Ô Ê E O U Û Î I''), with the vowels ''A'' and ''I'' excluded as they mark whether an element has an odd number of protons or an even number of protons per alphabetized letter. S-block elements are not written with alphabetization since they are monophthongs. F-block elements have the alphabetized letter precede the odd-even marker in the diphthong, while p- and d-block elements have the alphabetized letter at the end of the polyphthong.
	# Elements with an open electron shell are unmarked, while those with a closed shell end in -''ḥ''. This ending, however, is removed when referring to [[w:ion\|ions]] of an element that do not have a closed shell.		# Elements with an open electron shell are unmarked, while those with a closed shell end in -''-''. This ending, however, is removed when referring to [[w:ion\|ions]] of an element that do not have a closed shell.

	{\| class="wikitable"		{\| class="wikitable"
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	![[w:period 19 element\|19]]		![[w:period 19 element\|19]]
	\|2		\|2
	'''~~Haḥ~~'''		'''Ha-'''

	([[w:Helium\|Helium]])		([[w:Helium\|Helium]])
	\|10		\|10
	'''~~Lauêḥ~~'''		'''Lauê-'''

	([[w:Neon\|Neon]])		([[w:Neon\|Neon]])
	\|18		\|18
	'''~~Çauêḥ~~'''		'''Çauê-'''

	([[w:Argon\|Argon]])		([[w:Argon\|Argon]])
	\|36		\|36
	'''~~Sauêḥ~~'''		'''Sauê-'''

	([[w:Krypton\|Krypton]])		([[w:Krypton\|Krypton]])
	\|54		\|54
	'''~~Kauêḥ~~'''		'''Kauê-'''

	([[w:Xenon\|Xenon]])		([[w:Xenon\|Xenon]])
	\|86		\|86
	'''~~Jauêḥ~~'''		'''Jauê-'''

	([[w:Radon\|Radon]])		([[w:Radon\|Radon]])
	\|118		\|118
	'''~~Cnăuêḥ~~'''		'''Cnăuê-'''

	([[w:Oganesson\|Oganesson]])		([[w:Oganesson\|Oganesson]])
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	* Element as an atom: ''-yá''		* Element as an atom: ''-yá''
	** Closed-shell atoms are called ''~~yaḥŋa~~''.		** Closed-shell atoms are called ''ya-ŋa''.
	* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: -''ttá''		* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: -''ttá''
	** Closed-shell molecules are called ''~~ttaḥŋa~~''.		** Closed-shell molecules are called ''tta-ŋa''.
	* Element as a [[w:molar quantity\|mole (unit)]]: -''vvá''		* Element as a [[w:molar quantity\|mole (unit)]]: -''vvá''
	* Object that is purely an element: -''ría''		* Object that is purely an element: -''ría''
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	[[w:ion\|Ions]] are written by suffixing the difference between the number of protons and electrons in the atom to the root word. [[w:anion\|Anions]] are suffixed with number suffixes denoting the difference. [[w:cation\|Cations]] are suffixed with the number difference and an antipositive infix -''ne-'' between the number and root word. For example, a sodium cation is called ''çĭneqyá'' (sodium-antipositive-one-atom) and a chlorine anion is called ''çiuêqyá'' (chlorine-one-atom).		[[w:ion\|Ions]] are written by suffixing the difference between the number of protons and electrons in the atom to the root word. [[w:anion\|Anions]] are suffixed with number suffixes denoting the difference. [[w:cation\|Cations]] are suffixed with the number difference and an antipositive infix -''ne-'' between the number and root word. For example, a sodium cation is called ''çĭneqyá'' (sodium-antipositive-one-atom) and a chlorine anion is called ''çiuêqyá'' (chlorine-one-atom).

	[[w:isotope\|Isotopes]] are written by infixing the difference between the number of protons and neutrons between the group marker and the proton number marker. A plain number difference is for a greater number of neutrons than protons, and a negative number difference is for a fewer number of neutrons than protons. For example, Uranium-235 is called ''cndsõayá'' and Helium-3 is called ''~~hneqaḥyá~~''.		[[w:isotope\|Isotopes]] are written by infixing the difference between the number of protons and neutrons between the group marker and the proton number marker. A plain number difference is for a greater number of neutrons than protons, and a negative number difference is for a fewer number of neutrons than protons. For example, Uranium-235 is called ''cndsõayá'' and Helium-3 is called ''hneqa-yá''.

	[[w:nuclide\|Nuclides]] without specification for isotope and/or ion are written with the number affix -''č'' in place of a number of neutrons or electrons. For example, Neon with an unspecified number of electrons is ''lauêčyá'', lead with an unspecified number of neutrons is ''jčăuâyá'', and copper with an unspecified number of electrons and neutrons is ''sčĭĭočyá''.		[[w:nuclide\|Nuclides]] without specification for isotope and/or ion are written with the number affix -''č'' in place of a number of neutrons or electrons. For example, Neon with an unspecified number of electrons is ''lauêčyá'', lead with an unspecified number of neutrons is ''jčăuâyá'', and copper with an unspecified number of electrons and neutrons is ''sčĭĭočyá''.

	[[w:molecular formula\|Molecular formulae]] are written by combining atom root words and suffixing each atom with -''ḥ'' and suffixing the whole word with ''-wá''. For multiple instances of an atom, the beginning of the root receives a number affix. For example, the word for [[w:glucose\|glucose]], which has the formula C<sub>6</sub>H<sub>12</sub>O<sub>6</sub>, is ''~~šlauâḥlhiḥšlauôḥwá~~'', and the word for [[w:sodalite\|sodalite]], with the [[w:chemical formula\|chemical formula]] Na<sub>8</sub>(Al<sub>6</sub>Si<sub>6</sub>O<sub>24</sub>)Cl<sub>2</sub>, is ''~~xçĭḥvišçiuâḥšçăuâḥltlauôḥivtçiuêḥššá~~''.		[[w:molecular formula\|Molecular formulae]] are written by combining atom root words and suffixing each atom with -''-'' and suffixing the whole word with ''-wá''. For multiple instances of an atom, the beginning of the root receives a number affix. For example, the word for [[w:glucose\|glucose]], which has the formula C<sub>6</sub>H<sub>12</sub>O<sub>6</sub>, is ''šlauâ-lhi-šlauô-wá'', and the word for [[w:sodalite\|sodalite]], with the [[w:chemical formula\|chemical formula]] Na<sub>8</sub>(Al<sub>6</sub>Si<sub>6</sub>O<sub>24</sub>)Cl<sub>2</sub>, is ''xçĭ-višçiuâ-šçăuâ-ltlauô-ivtçiuê-ššá''.

Suqi: /* Periodic Table */

2026-04-18T23:47:00Z

Periodic Table

← Older revision		Revision as of 23:47, 18 April 2026
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	([[w:Francium\|Francium]])		([[w:Francium\|Francium]])
	! colspan="~~[[w:period 1 element\|~~3]]" rowspan="2" \|		! colspan="3" rowspan="2" \|
	\|-		\|-
	![[w:period 1 element\|2]]		![[w:period 2 element\|2]]
	\|		\|
	\|4		\|4
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	([[w:Radium\|Radium]])		([[w:Radium\|Radium]])
	\|-		\|-
	![[w:period 1 element\|4]]		![[w:period 4 element\|4]]
	\|		\|
	\|		\|
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	([[w:Lawrencium\|Lawrencium]])		([[w:Lawrencium\|Lawrencium]])
	! rowspan="14" \|3		! rowspan="14" \|[[w:period 3 element\|3]]
	\|57		\|57
	'''Jãi'''		'''Jãi'''
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	([[w:Actinium\|Actinium]])		([[w:Actinium\|Actinium]])
	\|-		\|-
	!5		![[w:period 5 element\|5]]
	\|		\|
	\|		\|
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	([[w:Thorium\|Thorium]])		([[w:Thorium\|Thorium]])
	\|-		\|-
	!6		![[w:period 6 element\|6]]
	\|		\|
	\|		\|
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	([[w:Protactinium\|Protactinium]])		([[w:Protactinium\|Protactinium]])
	\|-		\|-
	!7		![[w:period 7 element\|7]]
	\|		\|
	\|		\|
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	([[w:Uranium\|Uranium]])		([[w:Uranium\|Uranium]])
	\|-		\|-
	!8		![[w:period 8 element\|8]]
	\|		\|
	\|		\|
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	([[w:Neptunium\|Neptunium]])		([[w:Neptunium\|Neptunium]])
	\|-		\|-
	!9		![[w:period 9 element\|9]]
	\|		\|
	\|		\|
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	([[w:Plutonium\|Plutonium]])		([[w:Plutonium\|Plutonium]])
	\|-		\|-
	!10		![[w:period 10 element\|10]]
	\|		\|
	\|		\|
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	([[w:Americium\|Americium]])		([[w:Americium\|Americium]])
	\|-		\|-
	!11		![[w:period 11 element\|11]]
	\|		\|
	\|		\|
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	([[w:Curium\|Curium]])		([[w:Curium\|Curium]])
	\|-		\|-
	!12		![[w:period 12 element\|12]]
	\|		\|
	\|		\|
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	([[w:Berkelium\|Berkelium]])		([[w:Berkelium\|Berkelium]])
	\|-		\|-
	!13		![[w:period 13 element\|13]]
	\|		\|
	\|		\|
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	([[w:Californium\|Californium]])		([[w:Californium\|Californium]])
	\|-		\|-
	!14		![[w:period 14 element\|14]]
	\|		\|
	\|5		\|5
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	([[w:Einsteinium\|Einsteinium]])		([[w:Einsteinium\|Einsteinium]])
	\|-		\|-
	!15		![[w:period 15 element\|15]]
	\|		\|
	\|6		\|6
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	([[w:Fermium\|Fermium]])		([[w:Fermium\|Fermium]])
	\|-		\|-
	!16		![[w:period 16 element\|16]]
	\|		\|
	\|7		\|7
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	([[w:Mendelevium\|Mendelevium]])		([[w:Mendelevium\|Mendelevium]])
	\|-		\|-
	!17		![[w:period 17 element\|17]]
	\|		\|
	\|8		\|8
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	([[w:Nobelium\|Nobelium]])		([[w:Nobelium\|Nobelium]])
	\|-		\|-
	!18		![[w:period 18 element\|18]]
	\|		\|
	\|9		\|9
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	! colspan="3" rowspan="2" \|		! colspan="3" rowspan="2" \|
	\|-		\|-
	!19		![[w:period 19 element\|19]]
	\|2		\|2
	'''Haḥ'''		'''Haḥ'''

Suqi: /* Periodic Table */

2026-04-18T23:43:02Z

Periodic Table

← Older revision		Revision as of 23:43, 18 April 2026
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	{\| class="wikitable"		{\| class="wikitable"
	!Period ▶		!Period ▶
	! rowspan="2" \|1		! rowspan="2" \|[[w:group 1 element\|1]]
	! rowspan="2" \|2		! rowspan="2" \|[[w:group 2 element\|2]]
	! rowspan="2" \|3		! rowspan="2" \|[[w:group 3 element\|3]]
	! rowspan="2" \|4		! rowspan="2" \|[[w:group 4 element\|4]]
	! rowspan="2" \|5		! rowspan="2" \|[[w:group 5 element\|5]]
	! rowspan="2" \|6		! rowspan="2" \|[[w:group 6 element\|6]]
	! rowspan="2" \|7		! rowspan="2" \|[[w:group 7 element\|7]]
	!Period ▶		!Period ▶
	! rowspan="2" \|6		! rowspan="2" \|[[w:group 6 element\|6]]
	! rowspan="2" \|7		! rowspan="2" \|[[w:group 7 element\|7]]
	\|-		\|-
	!Group ▼		!Group ▼
	!Group ▼		!Group ▼
	\|-		\|-
	!1		![[w:period 1 element\|1]]
	\|1		\|1
	'''Hi'''		'''Hi'''
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	([[w:Francium\|Francium]])		([[w:Francium\|Francium]])
	! colspan="3" rowspan="2" \|		! colspan="[[w:period 1 element\|3]]" rowspan="2" \|
	\|-		\|-
	!2		![[w:period 1 element\|2]]
	\|		\|
	\|4		\|4
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	([[w:Radium\|Radium]])		([[w:Radium\|Radium]])
	\|-		\|-
	!4		![[w:period 1 element\|4]]
	\|		\|
	\|		\|
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	* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: -''ttá''		* Element as a [[w:homonuclear molecule\|homonuclear molecule]]: -''ttá''
	** Closed-shell molecules are called ''ttaḥŋa''.		** Closed-shell molecules are called ''ttaḥŋa''.
	* Element as a molar quantity: -''vvá''		* Element as a [[w:molar quantity\|mole (unit)]]: -''vvá''
	* Object that is purely an element: -''ría''		* Object that is purely an element: -''ría''
	* Object that is mostly an element: -''ššá''		* Object that is mostly an element: -''ššá''
	Ions are written by suffixing the difference between the number of protons and electrons in the atom to the root word. Anions are suffixed with number suffixes denoting the difference. Cations are suffixed with the number difference and an antipositive infix -''ne-'' between the number and root word. For example, a sodium cation is called ''çĭneqyá'' (sodium-antipositive-one-atom) and a chlorine anion is called ''çiuêqyá'' (chlorine-one-atom).		[[w:ion\|Ions]] are written by suffixing the difference between the number of protons and electrons in the atom to the root word. [[w:anion\|Anions]] are suffixed with number suffixes denoting the difference. [[w:cation\|Cations]] are suffixed with the number difference and an antipositive infix -''ne-'' between the number and root word. For example, a sodium cation is called ''çĭneqyá'' (sodium-antipositive-one-atom) and a chlorine anion is called ''çiuêqyá'' (chlorine-one-atom).

	Isotopes are written by infixing the difference between the number of protons and neutrons between the group marker and the proton number marker. A plain number difference is for a greater number of neutrons than protons, and a negative number difference is for a fewer number of neutrons than protons. For example, Uranium-235 is called ''cndsõayá'' and Helium-3 is called ''hneqaḥyá''.		[[w:isotope\|Isotopes]] are written by infixing the difference between the number of protons and neutrons between the group marker and the proton number marker. A plain number difference is for a greater number of neutrons than protons, and a negative number difference is for a fewer number of neutrons than protons. For example, Uranium-235 is called ''cndsõayá'' and Helium-3 is called ''hneqaḥyá''.

	Nuclides without specification for isotope and/or ion are written with the number affix -''č'' in place of a number of neutrons or electrons. For example, Neon with an unspecified number of electrons is ''lauêčyá'', lead with an unspecified number of neutrons is ''jčăuâyá'', and copper with an unspecified number of electrons and neutrons is ''sčĭĭočyá''.		[[w:nuclide\|Nuclides]] without specification for isotope and/or ion are written with the number affix -''č'' in place of a number of neutrons or electrons. For example, Neon with an unspecified number of electrons is ''lauêčyá'', lead with an unspecified number of neutrons is ''jčăuâyá'', and copper with an unspecified number of electrons and neutrons is ''sčĭĭočyá''.

	Molecular formulae are written by combining atom root words and suffixing each atom with -''ḥ'' and suffixing the whole word with ''-wá''. For multiple instances of an atom, the beginning of the root receives a number affix. For example, the word for glucose, which has the formula C<sub>6</sub>H<sub>12</sub>O<sub>6</sub>, is ''šlauâḥlhiḥšlauôḥwá'', and the word for sodalite, with the chemical formula Na<sub>8</sub>(Al<sub>6</sub>Si<sub>6</sub>O<sub>24</sub>)Cl<sub>2</sub>, is ''xçĭḥvišçiuâḥšçăuâḥltlauôḥivtçiuêḥššá''.		[[w:molecular formula\|Molecular formulae]] are written by combining atom root words and suffixing each atom with -''ḥ'' and suffixing the whole word with ''-wá''. For multiple instances of an atom, the beginning of the root receives a number affix. For example, the word for [[w:glucose\|glucose]], which has the formula C<sub>6</sub>H<sub>12</sub>O<sub>6</sub>, is ''šlauâḥlhiḥšlauôḥwá'', and the word for [[w:sodalite\|sodalite]], with the [[w:chemical formula\|chemical formula]] Na<sub>8</sub>(Al<sub>6</sub>Si<sub>6</sub>O<sub>24</sub>)Cl<sub>2</sub>, is ''xçĭḥvišçiuâḥšçăuâḥltlauôḥivtçiuêḥššá''.

Suqi: /* Periodic Table */

2026-04-18T22:53:00Z

Periodic Table

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Suqi: /* Periodic Table */

2026-04-18T21:03:00Z

Periodic Table

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Suqi: /* Periodic Table */

2026-04-18T20:53:38Z

Periodic Table

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