Chapter33: High-performance Liquid Chromatography
Section: Chapter Questions
Problem 33.17QAP
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Question
I need all this problems to be solved with working and proof how I got the answer please
![mill
Moving the decimal point
2500.
gram
Convert: 2500 mg to
2.500.
Divide
2.5
1000 2500.0
2000
3, 2, 1
Step 2.
Now, calculate th
5000
5000
Step 3.
To determine
PRACTICE PROBLEMS
NOTE When the n
k. 2.2.kg
lb
number of hours in
a. 60 mg
b. 0.005 L
1. 0.01 m
For example: Eve
mL
-Cm
m. 0.0001 m
Eve
c. 200 mL
-mm
Ev
n. 325 mg
d. 1g
e. 0.0065 g
f. 3.5 mL
kg
Then divide ther
o. 185 mg
dosage of 750m
mg
p. 0.0025 kg
8. 4 kg
h. 1 mL
q. 2.2 lb
FYI Depaken
the medicatio
r. 7 kg
s. 10 mg
t. 3,000 g
L 0.1 L
lb
%3D
mL
%3D
J. 0.05 mg
-kg
2. Using the the each of the equivalents](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcea7aa1f-96eb-43ae-84b1-20f57a52bcd6%2F0fd8d5f9-73d2-429d-a5c5-340a4534e8e1%2Fl2mmcwb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:mill
Moving the decimal point
2500.
gram
Convert: 2500 mg to
2.500.
Divide
2.5
1000 2500.0
2000
3, 2, 1
Step 2.
Now, calculate th
5000
5000
Step 3.
To determine
PRACTICE PROBLEMS
NOTE When the n
k. 2.2.kg
lb
number of hours in
a. 60 mg
b. 0.005 L
1. 0.01 m
For example: Eve
mL
-Cm
m. 0.0001 m
Eve
c. 200 mL
-mm
Ev
n. 325 mg
d. 1g
e. 0.0065 g
f. 3.5 mL
kg
Then divide ther
o. 185 mg
dosage of 750m
mg
p. 0.0025 kg
8. 4 kg
h. 1 mL
q. 2.2 lb
FYI Depaken
the medicatio
r. 7 kg
s. 10 mg
t. 3,000 g
L 0.1 L
lb
%3D
mL
%3D
J. 0.05 mg
-kg
2. Using the the each of the equivalents
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