A particulate model for the chemical reaction resulting in the mixing of aqueous silver nitrate with aqueous potassium iodide is to be drawn, below. One (1) formula unit of each compound, and no more than six (6) water molecules in each starting solution and twelve (12) water molecules in the mixture, are used to show the dissolved states. AO legend to identify each ion. Water is drawn as a dipole o* 000 0. Show the bond-breaking of each substance and the bond-making that takes place to form the aqueous mixture and a precipitate, silver iodide. Panels A through E, below the scheme, show the different options for this scheme. Bond breaking Petaslum ledide solution Legend Band breaking Aqueou solution Agl Silver nitrate selution bond making (miture NO,. Panels: 4 Column A Column B The potassium iodide solution is best exemplified by The silver nitrate solution is best exemplified by 1. a. Panel D 2. b. Panel A 3. C. Panel E Separated potassium, iodide, and water particles (no interactions) best exemplified by Separated silver, nitrate, and water particles (no interactions) best exemplified by Mixture of potassium nitrate solution and silver iodide precipitate best exemplified by 4. d. Panel B 5. e. Panel C - D. 8.
A particulate model for the chemical reaction resulting in the mixing of aqueous silver nitrate with aqueous potassium iodide is to be drawn, below. One (1) formula unit of each compound, and no more than six (6) water molecules in each starting solution and twelve (12) water molecules in the mixture, are used to show the dissolved states. AO legend to identify each ion. Water is drawn as a dipole o* 000 0. Show the bond-breaking of each substance and the bond-making that takes place to form the aqueous mixture and a precipitate, silver iodide. Panels A through E, below the scheme, show the different options for this scheme. Bond breaking Petaslum ledide solution Legend Band breaking Aqueou solution Agl Silver nitrate selution bond making (miture NO,. Panels: 4 Column A Column B The potassium iodide solution is best exemplified by The silver nitrate solution is best exemplified by 1. a. Panel D 2. b. Panel A 3. C. Panel E Separated potassium, iodide, and water particles (no interactions) best exemplified by Separated silver, nitrate, and water particles (no interactions) best exemplified by Mixture of potassium nitrate solution and silver iodide precipitate best exemplified by 4. d. Panel B 5. e. Panel C - D. 8.
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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Transcribed Image Text:A particulate model for the
chemical reaction resulting in the mixing of aqueous siver nitrate with aqueous potassium iodide is to be drawn, below. One (1)
formula unit of each compound, and no more than six (6) water molecules in each starting solution and twelve (12) water molecules in
the mixture, are used to show the dissolved states. AO legend to identify each ion. Water is drawn as a dipole o 000 0. Show the
bond-breaking of each substance and the bond-making that takes place to form the aqueous mixture and a precipitate, silver iodide.
Panels A through E, below the scheme, show the different options for this scheme.
Bond breaking
Petaslum lodide solution
Legend
Band breaking
anoenby
Agl
Silver nitrate selution
bond making
solution
(miture
NO,
Panels:
A
B
D
Column A
Column B
The potassium iodide solution is best
exemplified by
The silver nitrate solution is best exemplified by
a. Panel D
2.
b. Panel A
3.
C. Panel
Separated potassium, iodide, and water
particles (no interactions) best exemplified by
Separated silver, nitrate, and water particles (no
interactions) best exemplified by
Mixture of potassium nitrate solution and silver
iodide precipitate
d. Panel B
4.
5.
e. Panel C
exemplified by
目
DELL
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