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n a table according to their chemical and physical properties. The goal is to display as many patterns among the properties as possible.

n a table according to their chemical and physical properties. The goal is to display as many patterns among the properties as possible.

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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i need help to arrange these elements
in a table according to their chemical and physical properties. The goal is to display as many patterns among the properties as possible.

Periodic Table Description A B Black crystalline solid Melting point Silver-white, soft mctallic solid Colorless gas Black crystallinc solid Melting point 3652°C Melting point %3D %3D Melting point = 186°C 233°C 114°C Boiling point 4200°C Ionization energy = Boiling point Boiling point = 184°C Ionization cnergy = Boiling point = 1336°C Ionization energy = 188°C Ionization cnergy = 1031 kJ/mol Hydride = CH Oxide = C20 Chloride = CCI 1088 kJ/mol 1682 kJ/mol 519 kJ/mol Hydride = AH4 Oxide = AO2, AO Chloride = ACI4 Hydride = BH Oxide = B20 Chloride = BCI %3D Hydride = DH Oxide = D20 Chloride = DCI F G I E Colorless gas Melting point = 272°C Gray crystalline solid Melting point = 1420°C Colorless gas Silver-white, soft metallic solid Melting point = 28°C Boiling point = 670°C Ionization energy = Melting point = 112°C Boiling point = - %3D Boilin; point = %3D Boiling point 268°C 107°C 2355°C Ionization energy = Ionization energy = 1170 kJ/mol Ionization energy = 375 kJ/mol 787 kJ/mol Hydride = FH Oxide = F20 Chloride = FCI 2372 kJ/mol Hydride = none Oxide = none Hydride = none Oxide = GO2 Hydride = IH, Oxide = IO2 Chloride = ICl, %3D (unstable) Chloride = GCI4 Chloride = none (unstable) J K M Silver-white, soft metallic solid Silver-gray, soft metallic solid Silver, soft metallic solid Colorless gas Melting point = - Melting point = 842°C Boiling point 1240°C Ionization energy = Melting point Boiling point = -246°C | 1280°C Boiling point 2970°C Ionization energy = Melting point = 62°C Boiling point = 760°C Ionization energy = 418 kJ/mol Hydride = MH Oxide = M2O Chloride MCI 249°C %3D %3D Ionization energy 2080 kJ/mol Hydride Oxide = none Chloride = none 590 kJ/mol = none 898 kJ/mol Hydride = JH2 Oxide = JO Chloride = JOC12 Hydride = LH2 Oxide = LO Chloride = LCI2
Transcribed Image Text:Periodic Table Description A B Black crystalline solid Melting point Silver-white, soft mctallic solid Colorless gas Black crystallinc solid Melting point 3652°C Melting point %3D %3D Melting point = 186°C 233°C 114°C Boiling point 4200°C Ionization energy = Boiling point Boiling point = 184°C Ionization cnergy = Boiling point = 1336°C Ionization energy = 188°C Ionization cnergy = 1031 kJ/mol Hydride = CH Oxide = C20 Chloride = CCI 1088 kJ/mol 1682 kJ/mol 519 kJ/mol Hydride = AH4 Oxide = AO2, AO Chloride = ACI4 Hydride = BH Oxide = B20 Chloride = BCI %3D Hydride = DH Oxide = D20 Chloride = DCI F G I E Colorless gas Melting point = 272°C Gray crystalline solid Melting point = 1420°C Colorless gas Silver-white, soft metallic solid Melting point = 28°C Boiling point = 670°C Ionization energy = Melting point = 112°C Boiling point = - %3D Boilin; point = %3D Boiling point 268°C 107°C 2355°C Ionization energy = Ionization energy = 1170 kJ/mol Ionization energy = 375 kJ/mol 787 kJ/mol Hydride = FH Oxide = F20 Chloride = FCI 2372 kJ/mol Hydride = none Oxide = none Hydride = none Oxide = GO2 Hydride = IH, Oxide = IO2 Chloride = ICl, %3D (unstable) Chloride = GCI4 Chloride = none (unstable) J K M Silver-white, soft metallic solid Silver-gray, soft metallic solid Silver, soft metallic solid Colorless gas Melting point = - Melting point = 842°C Boiling point 1240°C Ionization energy = Melting point Boiling point = -246°C | 1280°C Boiling point 2970°C Ionization energy = Melting point = 62°C Boiling point = 760°C Ionization energy = 418 kJ/mol Hydride = MH Oxide = M2O Chloride MCI 249°C %3D %3D Ionization energy 2080 kJ/mol Hydride Oxide = none Chloride = none 590 kJ/mol = none 898 kJ/mol Hydride = JH2 Oxide = JO Chloride = JOC12 Hydride = LH2 Oxide = LO Chloride = LCI2
N P Q R Colorless gas Melting point = 157°C 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 Boiling point 1140°C Ionization energy %3D Boiling point = -153°C | Boiling point = Ionization energy = 1346 kJ/mol 2700°C 1148 kJ/mol Ionization energy = Hydride = RH Oxide = R20 %3D %3D Hydride = none Oxide = PO2 551 kJ/mol 780 kJ/mol Hydride = NH2 Oxide = NO Chloride = NCI2 Hydride = QH2 Oxide = QO2, QO Chloride = QCI2, QC14 %3D Chloride = RCI (unstable) Chloride = PCl4 (unstable) S T U V Colorless gas Melting point = - 189°C Silver-white, soft metallic solid Silver, pale yellow metallic solid Silver-white metallic solid Melting point = 651°C | Melting point = 38°C Melting point = 725°C %3D %3D Boiling point = -186°C | Boiling point Ionization energy = 1519 kJ/mol Boiling point = 700°C | Boiling point Ionization energy = %3D 1140°C 1107°C Ionization energy = Ionization 504 kJ/mol 410 kJ/mol energy Hydride = UH Oxide = U2O Chloride = UCI 736 kJ/mol Hydride = none Oxide = none Hydride = TH2 Oxide = TO Hydride = VH2 Oxide = VO Chloride = VC12 %3D Chloride = none Chloride = TC12 %3D Y Z W Pale yellow gas Melting point = - 103°C Gray-white metallic solid Gray metallic solid Melting point = 327°C Silver, soft metallic solid %3D Melting point = 232°C | Boiling point = Boiling point = 2260°C Ionization energy = Melting point 97.5°C %3D Boiling point = -34°C Ionization energy 1620°C Ionization cnergy = 715 kJ/mol Hydride = YH, Oxide = Y20, YO2 Chloride = YC12, YCI4 %3D Boiling point = 880°C Ionization energy = 1255 kJ/mol Hydride = WH Oxide = W20 Chloride = WCI 709 kJ/mol %3D 498 kJ/mol Hydride = XH4 Охide%3D XOz, хо Chloride = XC12, XCI4 Hydride = ZH Oxide = Z20 Chloride = ZCI
Transcribed Image Text:N P Q R Colorless gas Melting point = 157°C 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 Boiling point 1140°C Ionization energy %3D Boiling point = -153°C | Boiling point = Ionization energy = 1346 kJ/mol 2700°C 1148 kJ/mol Ionization energy = Hydride = RH Oxide = R20 %3D %3D Hydride = none Oxide = PO2 551 kJ/mol 780 kJ/mol Hydride = NH2 Oxide = NO Chloride = NCI2 Hydride = QH2 Oxide = QO2, QO Chloride = QCI2, QC14 %3D Chloride = RCI (unstable) Chloride = PCl4 (unstable) S T U V Colorless gas Melting point = - 189°C Silver-white, soft metallic solid Silver, pale yellow metallic solid Silver-white metallic solid Melting point = 651°C | Melting point = 38°C Melting point = 725°C %3D %3D Boiling point = -186°C | Boiling point Ionization energy = 1519 kJ/mol Boiling point = 700°C | Boiling point Ionization energy = %3D 1140°C 1107°C Ionization energy = Ionization 504 kJ/mol 410 kJ/mol energy Hydride = UH Oxide = U2O Chloride = UCI 736 kJ/mol Hydride = none Oxide = none Hydride = TH2 Oxide = TO Hydride = VH2 Oxide = VO Chloride = VC12 %3D Chloride = none Chloride = TC12 %3D Y Z W Pale yellow gas Melting point = - 103°C Gray-white metallic solid Gray metallic solid Melting point = 327°C Silver, soft metallic solid %3D Melting point = 232°C | Boiling point = Boiling point = 2260°C Ionization energy = Melting point 97.5°C %3D Boiling point = -34°C Ionization energy 1620°C Ionization cnergy = 715 kJ/mol Hydride = YH, Oxide = Y20, YO2 Chloride = YC12, YCI4 %3D Boiling point = 880°C Ionization energy = 1255 kJ/mol Hydride = WH Oxide = W20 Chloride = WCI 709 kJ/mol %3D 498 kJ/mol Hydride = XH4 Охide%3D XOz, хо Chloride = XC12, XCI4 Hydride = ZH Oxide = Z20 Chloride = ZCI
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