To convert Multiply By To obtain Milliequivalents ...
To convert
Milliequivalents
per 100 grams
of soil
to
pounds per acre
0-6" (assuming
2, 000, 000 pounds
of soil per acre
6 inches)
Multiply
By
(decimals
omitted)
Milliequivalents
per 100 grams
of soil
Equivalent
weight
x 20
To obtain
Pounds per acre 0-6"
Ca
400
Ca
Mg
243
Mg
Na
460
Na
K
782
K
Cl
710
Cl
HC03
1220
HC03
C03
600
C03
S04
960
S04
N03
1240
N03
CaS04.2H20
1721
CaS04.2H20
CaC03
1000
CaC03
USEFUL CONVERSION FACTORS
Type of conversion
Milliequivalents to
milligrams
Multiply
By
To obtain
Milliequivalents
Equivalent
weight
20.04
12.16
23.00
39. 10
35.46
48.03
30.00
61.01
31.65
86.09
50.04
16.03
49.04
111.07
139.01
62.00
Milligrams
Ca
Mg
Na
K
Cl
S04
C03
HC03
P04
CaS04?2H2O
CaC03
S
H2S04
Al2(S04)3?18H20
FeS04?7H20
N03
Ca
Mg
Na
K
Cl
S04
C03
HC03
P04
CaS04?2H20
CaC03
S
H2S04
Al2(S04)3?18H20
FeS04?7H20
N03
a/ Some of the conversion factors included in this section are not necessary to the methods of analysis included in this manual. They
do, however, relate to many of the uses to which data of chemical analyses of soils, plants, and waters are put. Nearly all of the
conversion factors listed here can be found in handbooks of one kind or another, but are collected here for the convenience of research
workers and analysts to save their time in searching for a particular conversion wanted at the moment.
Type of conversion
Milliequivalents
per liter
to
parts per million
Multiply
By
Milliequivalents
per liter
Equivalent
weight
Parts per million
20.04
12. 16
23.00
39. 10
35. 46
48.03
30.00
61.01
31.65
86. 09
50.04
16. 03
49.04
111. 07
139.01
Ca
Mg
Na
K
Cl
S04
C03
HC03
P04
CaS04?2H2O
CaC03
S
H2S04
Al2(S04)3?18H20
FeS04?7H20
Ca
Mg
Na
K
Cl
S04
C03
HC03
P04
CaS04?2H2O
CaC03
S
H2S04
Al2(S04)3?18H20
FeS04?7H20
To obtain
To convert
Temperature
units
Multiply
Temp. (oC) + 17.78
Temp. (oF) - 32
Temp. (oC) + 273
Temp. (oF) + 460
Concentration EC x 103 a/
tion units
a/
By
1.8
.555
1
1
10
To obtain
Temperature (oF)
Temperature (oC)
Absolute temperature (oC)
Absolute temperature (oF)
Milliequivalents per liter,
approximate only (in
range 0. 1 to 5. 0 millimhos per centimeter)
EC x 103
640
Parts per million,approximate only
(inrange 0. 1 to 5. 0 millimhos per centimeter)
EC x 103
0.36
Parts per million
1. 0
Osmotic pressure (in
range 3 to 30 millimhos
per centimeter)
Milligrams per liter
Parts per million
0.00136
Tons salt per acre-foot water
Parts per million
2. 72
Pounds salt per acre-foot water
Tons per acre
20.8
Grams per square foot
Tons per acre
Pounds per acre
1000
.002296
Grams per 48 square feet
Pounds per 100 square feet
Pounds per square foot
43, 560
Pounds per acre
EC x 103 = Electrical conductivity in millimhos per centimeter.
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