(f) The student finds the following particulate model of AgCl(s). Assuming the crystal structures are similar, how should the student modify the model to represent AgBr(s)? Justify your answer in terms ofthe radius and arrangement of electrons in the ions.CI-Ag+CIFAg*口Ag+CI-Ag*CITCI-Ag+CI-Ag+Ag+CI-Ag+CIT (g) The enthalpy of dissolution of AgCl(s) in water is a positive value. Based on this information, the student claims that the energy released when separating the ions in AgCl(s)is greater than the energyreleased during the hydration of Ag+ and Cl by water molecules. Do you agree or disagree with the student's claim? Justify your answer.B IUx? X2 5 ¢ 2三0/10000 Word LimitII

f. The size of bromide ion, Br-, is more than chloride ion, Cl-.

Answered: () The student finds the following…

Chemistry: Principles and Practice

3rd Edition

ISBN:9780534420123

Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Chapter9: Chemical Bonds

Section: Chapter Questions

Problem 9.102QE

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The student finds the following particulate model of AgCl(s). Assuming the crystal structures are similar, how should the student modify the model to represent CuCl(s)? Justify your answer in terms of the radius and arrangement of electrons in the ions.
Consider the Mg2+, Cl-, K+, and Se2- ions. The four spheresbelow represent these four ions, scaled according to ionic size.(a) Without referring to Figure 7.8, match each ion to its appropriatesphere. (b) In terms of size, between which of the sphereswould you find the (i) Ca2+ and (ii) S2- ions?
In a lithium-ionbattery that is discharging to power a device, for every Li+that inserts into the lithium cobalt oxide electrode, a Co4+ion must be reduced to a Co3+ ion to balance charge. Usingthe CRC Handbook of Chemistry and Physics or other standardreference, find the ionic radii of Li+, Co3+, and Co4+. Orderthese ions from smallest to largest.
(a) The electrostatic force (not energy) of attraction betweentwo oppositely charged objects is given by the equationF = k(Q1Q2>d2) where k = 8.99 x 109 N-m2/C2, Q1 andQ2 are the charges of the two objects in Coulombs, and d isthe distance separating the two objects in meters. What isthe electrostatic force of attraction (in Newtons) between anelectron and a proton that are separated by 1.00 x102 pm?(b) The force of gravity acting between two objects is givenby the equation F = G(m1m2>d2), where G is the gravitationalconstant, G = 6.674 x10-11N-m2/kg2, m1 and m2 arethe masses of the two objects, and d is the distance separatingthem. What is the gravitational force of attraction (inNewtons) between the electron and proton? (c) How manytimes larger is the electrostatic force of attraction?
2??
NaCl and KF have the same crystal structure. The only differencebetween the two is the distance that separates cationsand anions. (a) The lattice energies of NaCl and KF are givenin Table 8.1. Based on the lattice energies, would you expectthe Na¬Cl or the K¬F distance to be longer? (b) Use theionic radii given in Figure 7.8 to estimate the Na¬Cl andK¬F distances.
Give answer of the question and also provide explaination of true and false statements!
What is the result of like charges, be they phosphates or magnets, being in close proximity?
Consider the Mg2+, Cl-, K+, and Se2- ions. The four spheresbelow represent these four ions, scaled according to ionic size.(a) Without referring to Figure 7.8, match each ion to its appropriatesphere. (b) In terms of size, between which of the sphereswould you find the (i) Ca2 + and (ii) S2 - ions? [Section 7.3]
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In what ratio would you expect Mg and Cl to combine? Why?
X=[Ar]4s23d5X=[Ar]4s23d5, Y=[Ar]4s23d104p1Y=[Ar]4s23d104p1, Z=[Ar]4s23d104p6 metal non metal or metalloid

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() The student finds the following particulate model of AgCI(s). Assuming the crystal structures are similar, how should the student modify the model to represent AgBr(s)? Justify your answer in terms of the radius and arrangement of electrons in the ions.