they are N OT due at the sirnit the lab before you leave.) Write the net ionic equations for the reactions that occur When A) I M acetic acid dissolves solid barium carbonate The molecular equanon: &
they are N OT due at the sirnit the lab before you leave.) Write the net ionic equations for the reactions that occur When A) I M acetic acid dissolves solid barium carbonate The molecular equanon: &
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
How do you do part D of the question?
Transcribed Image Text:they are N OT due at the sirnit
the lab before you leave.)
Write the net ionic equations for the reactions that occur When
A) I M acetic acid dissolves solid barium carbonate
The molecular equanon: &<H3COOH (ag) rBac@gls)P Ba (CH3 CO0)a (aq) + H )+ C
net ionic equation:2CH3 Co0it (a4) + Ba co3is)D Ba ^(aq)+ acHgc
B) A precipitate forms when 1 M chromium(III) nitrate is mixed with IM
barium hydroxide
molecule
cquation: dcr(No3)alan) + 3BatoH)a (a) -Dacrco4)g)
3Ba(Nogla (aq)
Ionic cquanam;2cris Caq)
tU NO3 lag) tr3 Ba"(aq) + 6oH Caq)-
acrlouls (3) + 360arcaq) +6Noglas
net ionic equation acri3 caq) r boH-(a9) acrcoH3i
Con be
ded by a
Cr3 (aq)+30H (a) D CrcoH)31S)
C) A precipitate forms when 1 M sulfuric acid is mixed with an equal volume
of 1 M strontium hydroxide
aecote cquanon; Ha SQy (aq)+ SrlOH)alaq) Sr Soyls) ta HaO (a)
Hanic equaton :24rlaa)+ so lag) + Srao)+204-(a9)-
net ion c equarionisof laq) + Srar (aq) -o Sr SOyls)
D) Magnesium metal is immersed in 1 M iron(III) nitrate; iron metal is ONE
product of the reaction.
molecule cquarion :Mn t Fe(NOg)a DFe (NO3)3+N
Expert Solution
Step 1
D) Please find below the complete molecular reaction taking place
3 Mg (s) + 2 Fe(NO3)3 (aq) -----> 3 Mg(NO3)2 (aq) + 2 Fe (s)
Hence converting the aqueous components from the above reaction will give the complete ionic reaction as
3 Mg (s) + 2 Fe3+ (aq)+ 6 (NO3)- (aq) -----> 3 Mg2+ (aq) + 6 (NO3)- (aq) + 2 Fe (s)
Hence removing the common ions from the both sides of the above reaction will give us the net ionic reaction
Common ion(spectator ion) = 6 (NO3)-
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