How many liters of a 5.00 M solution of Na3PO4 are needed to have 4.00 equivalents ?

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
Chapter4: Types Of Chemical Reactions And Solution Stoichiometry
Section: Chapter Questions
Problem 47E
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How many liters of a 5.00 M solution of Na3PO4 are needed to have 4.00 equivalents ?
First we need the equation for dissolving the salt, Na3PO4
3 Na+1 + PO43
An equivalent is a mole of charges, either + or -, but not both, they are not added
the conversion factor is 1 mol =
eq
First convert equivalents into moles
1 mol
eq(-
%3D
mol
eq
Then calculate the liters
1L
mol)(--
--) =
mol
а. 0.00
b. 1.00
с. 2.00
d. 3.00
е. 4.00
.00
g. 6.00
h.
00
i. 10.00
j. 2000
k. 102
I. 103
m. 106
n. 109
О. 1012
р. 102
9. 10-3
r. 10-6
S. 10-9
t. 10-12
u. 108
v. 10-1
w. 101
Х. 30.0
у. О.100
z. 0.200
аа. 20.0
bb. 40.0
СС. 1.33
dd. 0.267
Transcribed Image Text:How many liters of a 5.00 M solution of Na3PO4 are needed to have 4.00 equivalents ? First we need the equation for dissolving the salt, Na3PO4 3 Na+1 + PO43 An equivalent is a mole of charges, either + or -, but not both, they are not added the conversion factor is 1 mol = eq First convert equivalents into moles 1 mol eq(- %3D mol eq Then calculate the liters 1L mol)(-- --) = mol а. 0.00 b. 1.00 с. 2.00 d. 3.00 е. 4.00 .00 g. 6.00 h. 00 i. 10.00 j. 2000 k. 102 I. 103 m. 106 n. 109 О. 1012 р. 102 9. 10-3 r. 10-6 S. 10-9 t. 10-12 u. 108 v. 10-1 w. 101 Х. 30.0 у. О.100 z. 0.200 аа. 20.0 bb. 40.0 СС. 1.33 dd. 0.267
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