The following ionization energies correspond to an element in the fifth period of this periodic tablelonizationlonization lonizationlonization lonization lonization lonization lonization lonization lonizationEnergyEnergy 1(kJ/mol)Energy 3(kJ/mol)Energy 7 Energy 8 Energy 910(kJ/mol) (kJ/mol) (kJ/mol)Energy 2Energy 4Energy 5Energy 6(kJ/mol)(kJ/mol)(kJ/mol)(kJ/mol)(kJ/mol)633.11235.02388.67090.6884310,67913,31015,25017,37021,726Perjodik Table of Poemon - Generation 1: KantoBu lvTVChCm CaVeSa Wi BoMt BrWa Kk Bd Py Po PiWPORION0134Rt Re Sw Fw EkAbPk Re Sh Ss Ne Na NaN.No NkC CbVx Nt Jp Wi Zu Gb Od GiVe P Pe Vn VmDi Du Me Pn PdGk Mk Pa GwAc Pw Ph PrA Kd Ak Me MhMp Bs Wb Vb To T Ge Gv Gm Po Rp Sp Sb Mm Mt F Da DrSe Dw Gr Mu Sh Cs Gs Ht GgOD: Hy Ko KI Vo Et Ec EuCu Ma Hi Hc LtKo Wz Rh Rd CyTe K Hs Sd Ga Sk Su SmSm OM Sy JxEb MPIT METGyLIDEVe Je Fe Pg TOm Os%3DKo KpASx Ac ZMo D Da D Mw Ma. Identify the element and explain your reasoningb. What is the element's most likely charge?c. What compound would it make when combining with Po?d. Based on what you know about normal solubility rules, would this compound be soluble or not?

The objective of this question is to explain the analyze the pattern of ionization energies. As it…

The following ionization energies correspond to an element in the fifth period of this periodic table lonization lonization lonization lonization Energy 1 Energy 2 Energy 4 (kJ/mol) (kJ/mol) (kJ/mol) 7090.6 633.1 1235.0 Energy 3 (kJ/mol) 2388.6 Periodic Table of Poidmon- Generation 1: Kanto lonization Energy 5 (kJ/mol) 8843 lonization Energy 6 (kJ/mol) 10,679 lonization lonization lonization Energy 7 Energy 8 Energy 9 (kJ/mol) (kJ/mol) (kJ/mol) lonization Energy 10 (kJ/mol) 13,310 15,250 17,370 21,726

The following ionization energies correspond to an element in the fifth period of this periodic table lonization lonization lonization lonization Energy 1 Energy 2 Energy 4 (kJ/mol) (kJ/mol) (kJ/mol) 7090.6 633.1 1235.0 Energy 3 (kJ/mol) 2388.6 Periodic Table of Poidmon- Generation 1: Kanto lonization Energy 5 (kJ/mol) 8843 lonization Energy 6 (kJ/mol) 10,679 lonization lonization lonization Energy 7 Energy 8 Energy 9 (kJ/mol) (kJ/mol) (kJ/mol) lonization Energy 10 (kJ/mol) 13,310 15,250 17,370 21,726

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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Question

The following ionization energies correspond to an element in the fifth period of this periodic table
lonization
lonization lonization
lonization lonization lonization lonization lonization lonization lonization
Energy
Energy 1
(kJ/mol)
Energy 3
(kJ/mol)
Energy 7 Energy 8 Energy 9
10
(kJ/mol) (kJ/mol) (kJ/mol)
Energy 2
Energy 4
Energy 5
Energy 6
(kJ/mol)
(kJ/mol)
(kJ/mol)
(kJ/mol)
(kJ/mol)
633.1
1235.0
2388.6
7090.6
8843
10,679
13,310
15,250
17,370
21,726
Perjodik Table of Poemon - Generation 1: Kanto
Bu lvTV
Ch
Cm Ca
Ve
Sa Wi Bo
Mt Br
Wa Kk Bd Py Po Pi
WPORION
0134
Rt Re Sw Fw EkAb
Pk Re Sh Ss Ne Na Na
N.No Nk
C Cb
Vx Nt Jp Wi Zu Gb Od GiVe P Pe Vn Vm
Di Du Me Pn PdGk Mk Pa GwAc Pw Ph PrA Kd Ak Me Mh
Mp Bs Wb Vb To T Ge Gv Gm Po Rp Sp Sb Mm Mt F Da Dr
Se Dw Gr Mu Sh Cs Gs Ht Gg
O
D: Hy Ko KI Vo Et Ec Eu
Cu Ma Hi Hc Lt
Ko Wz Rh Rd Cy
Te K Hs Sd Ga Sk Su Sm
Sm O
M Sy JxEb M
PIT METGyLIDE
Ve Je Fe Pg TOm Os
%3D
Ko KpASx Ac Z
Mo D Da D Mw M
a. Identify the element and explain your reasoning
b. What is the element's most likely charge?
c. What compound would it make when combining with Po?
d. Based on what you know about normal solubility rules, would this compound be soluble or not?

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