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Hello, sorry I think I was a bit bland with the question. In the periodic descriptions attached below, how did you come to the conclusion that the letters equalled the elements in the chart?- Which clue helped you figure that out for each element. (Provide a small explanation of how you came to the conclusion using the given properties.)  Also, how does the Hydride, Chloride, and  Oxide tell about the element? How is that helping us when finding the element?

Hello, sorry I think I was a bit bland with the question. In the periodic descriptions attached below, how did you come to the conclusion that the letters equalled the elements in the chart?- Which clue helped you figure that out for each element. (Provide a small explanation of how you came to the conclusion using the given properties.)  Also, how does the Hydride, Chloride, and  Oxide tell about the element? How is that helping us when finding the element?

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter9: Liquids, Solids, And Materials
Section: Chapter Questions
Problem 116QRT
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Hello, sorry I think I was a bit bland with the question. In the periodic descriptions attached below, how did you come to the conclusion that the letters equalled the elements in the chart?- Which clue helped you figure that out for each element. (Provide a small explanation of how you came to the conclusion using the given properties.)

 Also, how does the Hydride, Chloride, and  Oxide tell about the element? How is that helping us when finding the element? 

 

Alphabet  Element Name Alphabet  Element Name Alphabet  Element Name
A C Carbon J Ca Calcium S Ar Argon
B F Fluorine K Ne Neon T Mg Magnesium
C I Iodine L Be Beryllium U Rb Rubidium
D Li Lithium M K Potassium V Ba Barium
E He Helium N Ba Barium W Cl Chlorine
F Fr Francium P Kr Krypton X Sn Tin
G Xe Xenon Q Ge Germanium Y Pb Lead
I Si Silicon R Br Bromine Z Na Sodium

 

D Silver-white, soft mctallic solid A B Black crystallinc solid Melting point Colorless gas Melting point 233°C Black crystalline solid Melting point = Melting point = 186°C 114°C 3652°C Boiling point = 184°C Ionization cnergy = Boiling point 4200°C Ionization energy = 1088 kJ/mol Boiling point 188°C Ionization cnergy = 1682 kJ/mol Boiling point = 1031 kJ/mol 1336°C Hydride = AH4 Oxide = AO2, AO Chloride = ACI4 Hydride = BH Oxide = B20 Chloride = BCI Hydride = CH Oxide = C20 Chloride = CCI Ionization energy = 519 kJ/mol Hydride = DH Oxide = D20 Chloride = DCI I G Colorless gas Melting point = 112°C E F Silver-white, soft metallic solid Gray crystalline solid Melting point Colorless gas Melting point 1420°C Melting point = 28°C Boiling point = 670°C Ionization energy = 272°C Boiling point Boiling point Boilin; point = 2355°C 268°C Ionization energy - 2372 kJ/mol 107°C Ionization energy 1170 kJ/mol 375 kJ/mol Ionization energy = 787 kJ/mol Hydride = FH Oxide = F20 Chloride = FCI Hydride = none Oxide = GO2 (unstable) Chloride = GCI4 (unstable) Нydride %3DIH4 Oxide = IO2 Chloride = ICl, Hydride = none Oxide = none Chloride = none J K M Silver-gray, soft metallic solid Silver, soft metallic solid Colorless gas Silver-white, soft metallic solid Melting point = - Melting point Boiling point = -246°C | 1280°C Boiling point Melting point = 842°C | 249°C Boiling point 1240°C Ionization energy = 590 kJ/mol Melting point -- 62°C Boiling point = 760°C Ionization energy = 418 kJ/mol Hydride = MH Oxide = M2O Chloride = MCI %3D %3D Ionization energy = 2970°C Ionization energy = 2080 kJ/mol Hydride = none Oxide = none Chloride = none 898 kJ/mol Hydride = JH2 Oxide = JO Chloride = JC12 Hydride = LH2 Oxide = LO Chloride = LC12
Transcribed Image Text:D Silver-white, soft mctallic solid A B Black crystallinc solid Melting point Colorless gas Melting point 233°C Black crystalline solid Melting point = Melting point = 186°C 114°C 3652°C Boiling point = 184°C Ionization cnergy = Boiling point 4200°C Ionization energy = 1088 kJ/mol Boiling point 188°C Ionization cnergy = 1682 kJ/mol Boiling point = 1031 kJ/mol 1336°C Hydride = AH4 Oxide = AO2, AO Chloride = ACI4 Hydride = BH Oxide = B20 Chloride = BCI Hydride = CH Oxide = C20 Chloride = CCI Ionization energy = 519 kJ/mol Hydride = DH Oxide = D20 Chloride = DCI I G Colorless gas Melting point = 112°C E F Silver-white, soft metallic solid Gray crystalline solid Melting point Colorless gas Melting point 1420°C Melting point = 28°C Boiling point = 670°C Ionization energy = 272°C Boiling point Boiling point Boilin; point = 2355°C 268°C Ionization energy - 2372 kJ/mol 107°C Ionization energy 1170 kJ/mol 375 kJ/mol Ionization energy = 787 kJ/mol Hydride = FH Oxide = F20 Chloride = FCI Hydride = none Oxide = GO2 (unstable) Chloride = GCI4 (unstable) Нydride %3DIH4 Oxide = IO2 Chloride = ICl, Hydride = none Oxide = none Chloride = none J K M Silver-gray, soft metallic solid Silver, soft metallic solid Colorless gas Silver-white, soft metallic solid Melting point = - Melting point Boiling point = -246°C | 1280°C Boiling point Melting point = 842°C | 249°C Boiling point 1240°C Ionization energy = 590 kJ/mol Melting point -- 62°C Boiling point = 760°C Ionization energy = 418 kJ/mol Hydride = MH Oxide = M2O Chloride = MCI %3D %3D Ionization energy = 2970°C Ionization energy = 2080 kJ/mol Hydride = none Oxide = none Chloride = none 898 kJ/mol Hydride = JH2 Oxide = JO Chloride = JC12 Hydride = LH2 Oxide = LO Chloride = LC12
N R Colorless gas Melting point Gray-white metallic solid Red-orange solid Melting point =-7.2°C Melting point = 958°C | Boiling point = 59°C Ionization cnergy = Silver, pale yellow metallic solid Melting point = 774°C | 157°C Boiling point 1140°C Ionization energy = Boiling point = -153°C | Boiling point 2700°C Ionization energy = Ionization energy = 1148 kJ/mol Hydride = RH Oxide = R2O 1346 kJ/mol Hydride = none Oxide = PO2 551 kJ/mol 780 kJ/mol %3D Hydride = NH2 Oxide = NO Hydride = QH2 Охide %3D QO, QO Chloride = QCI2, QC14 Chloride = RCI (unstable) Chloride = PC14 (unstable) Chloride = NC12 S Colorless gas Melting point 189°C U Silver-white, soft metallic solid V Silver, pale yellow metallic solid T Silver-white metallic solid Melting point = 651°C | Melting point = 38°C Melting point = 725°C Boiling point = -186°C | Boiling point = Ionization energy = Boiling point = 700°C | Boiling point = Ionization energy = %3D 1140°C 1107°C Ionization energy = 736 kJ/mol 1519 kJ/mol 410 kJ/mol Ionization energy = Hydride = UH Oxide = U20 Chloride = UCI 504 kJ/mol Hydride = none Oxide = none Hydride = TH2 Oxide = TO Chloride = TCI2 Hydride = VH2 Oxide = VO Chloride = none Chloride = VC12 X Y W Pale yellow gas Melting point =- 103°C Gray-white metallic solid Gray metallic solid Melting point = 327°C Melting point = 232°C | Boiling point = Silver, soft metallic solid Melting point = 97.5°C Boiling point = -34°C Ionization energy = 1255 kJ/mol Boiling point = 1620°C Ionization cnergy = %3D Boiling point = 880°C Ionization energy = 2260°C %3D Ionization energy = 715 kJ/mol Hydride = YH, Oxide = Y20, YO2 Chloride = YC12, YCI4 498 kJ/mol Hydride = WH Oxide = W20 Chloride = WCi 709 kJ/mol Hydride = XH4 Оxide%3D XOz, хо Chloride = XC12, XCI4 Hydride = ZH Oxide = Z20 Chloride = ZCI
Transcribed Image Text:N R Colorless gas Melting point Gray-white metallic solid Red-orange solid Melting point =-7.2°C Melting point = 958°C | Boiling point = 59°C Ionization cnergy = Silver, pale yellow metallic solid Melting point = 774°C | 157°C Boiling point 1140°C Ionization energy = Boiling point = -153°C | Boiling point 2700°C Ionization energy = Ionization energy = 1148 kJ/mol Hydride = RH Oxide = R2O 1346 kJ/mol Hydride = none Oxide = PO2 551 kJ/mol 780 kJ/mol %3D Hydride = NH2 Oxide = NO Hydride = QH2 Охide %3D QO, QO Chloride = QCI2, QC14 Chloride = RCI (unstable) Chloride = PC14 (unstable) Chloride = NC12 S Colorless gas Melting point 189°C U Silver-white, soft metallic solid V Silver, pale yellow metallic solid T Silver-white metallic solid Melting point = 651°C | Melting point = 38°C Melting point = 725°C Boiling point = -186°C | Boiling point = Ionization energy = Boiling point = 700°C | Boiling point = Ionization energy = %3D 1140°C 1107°C Ionization energy = 736 kJ/mol 1519 kJ/mol 410 kJ/mol Ionization energy = Hydride = UH Oxide = U20 Chloride = UCI 504 kJ/mol Hydride = none Oxide = none Hydride = TH2 Oxide = TO Chloride = TCI2 Hydride = VH2 Oxide = VO Chloride = none Chloride = VC12 X Y W Pale yellow gas Melting point =- 103°C Gray-white metallic solid Gray metallic solid Melting point = 327°C Melting point = 232°C | Boiling point = Silver, soft metallic solid Melting point = 97.5°C Boiling point = -34°C Ionization energy = 1255 kJ/mol Boiling point = 1620°C Ionization cnergy = %3D Boiling point = 880°C Ionization energy = 2260°C %3D Ionization energy = 715 kJ/mol Hydride = YH, Oxide = Y20, YO2 Chloride = YC12, YCI4 498 kJ/mol Hydride = WH Oxide = W20 Chloride = WCi 709 kJ/mol Hydride = XH4 Оxide%3D XOz, хо Chloride = XC12, XCI4 Hydride = ZH Oxide = Z20 Chloride = ZCI
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