Element Atomic Atomic Radius E- configuration ( short Boiling Melting Standard 1st Point in ionization enthalpy of fusion Kelvin Names and long ) Point (pm) in eпergy (kJ/mol) Kelvin (kJ/mol) Carbon (C) 5100 Kelvin 3,823 Kelvin 6. 70pm 1087 [He] 2s° 2p 1s 2s 2p 2,628 1.683 Kelvin Kelvin Silicon (Si) 14 210pm [Ne] 3s* 3p* 787 1s° 2s° 2p6 3s² 3p² 3.106 1,211.5 Kelvin Kelvin Germanium 32 211pm [Ar] 3d® 4s* 4p² 762 (Ge) 1s 2s 2p6 3s 3p6 3d 4s 4p Tin (Sn) 225pm [Kr] 4d®5s*Sp* 2,875 505.1 709 50 Kelvin Kelvin 1s 2s 2p6 3s 3p6 4s 3d 4p6 5s 4d Sp 2.022 Kelvin Kelvin Lead (Pb) 82 180pm (Xe] 6s" 4f* Sd" 6p 600.6 716 1s 2s 2p6 3s 3p6 3d 4s 4p6 4d 414 5s Sp6 5de 6s1 823.9 (Rn] SP* 6d® 7s° 7p 340 Kelvin 420 114 180pm Flerovium (FI) IPredicted information! Kelvin 1s 2s 2p6 3s 3p6 3d" 4 4p6 4d" 414 S Sp6 5d" Sf14 6s" 6p6 6d" 7? 7p?
Element Atomic Atomic Radius E- configuration ( short Boiling Melting Standard 1st Point in ionization enthalpy of fusion Kelvin Names and long ) Point (pm) in eпergy (kJ/mol) Kelvin (kJ/mol) Carbon (C) 5100 Kelvin 3,823 Kelvin 6. 70pm 1087 [He] 2s° 2p 1s 2s 2p 2,628 1.683 Kelvin Kelvin Silicon (Si) 14 210pm [Ne] 3s* 3p* 787 1s° 2s° 2p6 3s² 3p² 3.106 1,211.5 Kelvin Kelvin Germanium 32 211pm [Ar] 3d® 4s* 4p² 762 (Ge) 1s 2s 2p6 3s 3p6 3d 4s 4p Tin (Sn) 225pm [Kr] 4d®5s*Sp* 2,875 505.1 709 50 Kelvin Kelvin 1s 2s 2p6 3s 3p6 4s 3d 4p6 5s 4d Sp 2.022 Kelvin Kelvin Lead (Pb) 82 180pm (Xe] 6s" 4f* Sd" 6p 600.6 716 1s 2s 2p6 3s 3p6 3d 4s 4p6 4d 414 5s Sp6 5de 6s1 823.9 (Rn] SP* 6d® 7s° 7p 340 Kelvin 420 114 180pm Flerovium (FI) IPredicted information! Kelvin 1s 2s 2p6 3s 3p6 3d" 4 4p6 4d" 414 S Sp6 5d" Sf14 6s" 6p6 6d" 7? 7p?
Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter2: Measurements And Calculations
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Problem 69QAP
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Question
![E- configuration ( short
and long)
Boiling Melting
Element
Atomic
Atomic
1st
Standard
Point in ionization enthalpy of fusion
Kelvin
Names
#3
Radius
Point
(pm)
in
energy
(kJ/mol)
Kelvin
(kJ/mol)
[He] 2s° 2p
1s 2s 2p
Carbon (C)
3,823
Kelvin
1087
5100
Kelvin
70pm
Silicon (Si)
210pm
[Ne] 3s* 3p
2,628
Kelvin
1.683
Kelvin
787
14
1s 2s 2p6 3s 3p
1,211.5
Kelvin
Germanium
32
211pm
[Ar] 3d0 4s° 4p*
3.106
762
(Ge)
Kelvin
1s 2s 2p6 3s 3p6 3di0 4s
4p
Tin (Sn)
50
225pm
[Kr] 4d"5s*5p!
2,875
505.1
709
Kelvin
Kelvin
1s 2s 2p6 3s 3p6 4s 3d0
4p6 5s 4d0 Sp
[Xe] 6s 4f 5d" 6p
2,022
600.6
716
Lead (Pb)
82
180pm
Kelvin Kelvin
1s 2s 2p6 3s 3p6 3d10 4s
4p6 4d" 4f14 5s Sp6 5de
6s1
340
Kelvin
[Rn] 5f 6d 7s 7p
420
Kelvin
823.9
Flerovium
114
180pm
(FI)
!Predicted
information!
Is' 2s 2p6 3s 3p6 3d" 4s
4p6 4de 4f14 Ss Sp6 5d
Sf14 6s' 6p6 6dio 7s 7p
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Transcribed Image Text:E- configuration ( short
and long)
Boiling Melting
Element
Atomic
Atomic
1st
Standard
Point in ionization enthalpy of fusion
Kelvin
Names
#3
Radius
Point
(pm)
in
energy
(kJ/mol)
Kelvin
(kJ/mol)
[He] 2s° 2p
1s 2s 2p
Carbon (C)
3,823
Kelvin
1087
5100
Kelvin
70pm
Silicon (Si)
210pm
[Ne] 3s* 3p
2,628
Kelvin
1.683
Kelvin
787
14
1s 2s 2p6 3s 3p
1,211.5
Kelvin
Germanium
32
211pm
[Ar] 3d0 4s° 4p*
3.106
762
(Ge)
Kelvin
1s 2s 2p6 3s 3p6 3di0 4s
4p
Tin (Sn)
50
225pm
[Kr] 4d"5s*5p!
2,875
505.1
709
Kelvin
Kelvin
1s 2s 2p6 3s 3p6 4s 3d0
4p6 5s 4d0 Sp
[Xe] 6s 4f 5d" 6p
2,022
600.6
716
Lead (Pb)
82
180pm
Kelvin Kelvin
1s 2s 2p6 3s 3p6 3d10 4s
4p6 4d" 4f14 5s Sp6 5de
6s1
340
Kelvin
[Rn] 5f 6d 7s 7p
420
Kelvin
823.9
Flerovium
114
180pm
(FI)
!Predicted
information!
Is' 2s 2p6 3s 3p6 3d" 4s
4p6 4de 4f14 Ss Sp6 5d
Sf14 6s' 6p6 6dio 7s 7p
6.
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