CH 12

Question 1

plasma electrolyte concentration (in cal)

Answer 1

potassium (overdose)

normal value is 5mEq/L
range is: 3.5 to 5.5 mEq/L

Question 2

Aluminum Al 3+

Answer 2

valence= 3

Question 3

Ammonium NH4 +

Answer 3

valence = 1

Question 4

calcium Ca 2+

Answer 4

valence =2

Question 5

ferric Fe 3+

Answer 5

valence = 3

Question 6

ferrous Fe 2+

Answer 6

valence= 2

Question 7

Lithium Li +

Answer 7

valence =1

Question 8

magnesium Mg 2+

Answer 8

valence =2

Question 9

potassuim K+

Answer 9

valence=1

Question 10

sodium Na+

Answer 10

v= 1

Question 11

acetate C2H3O2 -

Answer 11

V=1

Question 12

HCO3- Bicarbonate

Answer 12

1

Question 13

carbonate co3 2-

Answer 13

2

Question 14

CHLORIDE Cl-

Answer 14

1

Question 15

citrate C6H5O7—

Answer 15

3

Question 16

GLUCONATE C6H11O7-

Answer 16

1

Question 17

lactate c3h5o3-

Answer 17

1

Question 18

phosphate H2PO4- and HPO4 2-

Answer 18

1 and 2

Question 19

sulfate so4 2-

Answer 19

2

Question 20

Meq

Answer 20

is the quantity of solute (mg) equal to 1/1000 of its grams in eq weigh

mEq= Weight of solute(mg)/ atomic weight/number of valence

Question 21

calcation of mEq with ionic salt

Answer 21

is the quantity of solute (mg) equal to 1/1000 of its grams in eq weigh

Question 22

calculation of mEq with ionic salt

Answer 22

mEq= Weight of solute(mg)/ atomic weight/number of valence x ion

Question 23

monobasic vs dibasic of potassium phosphate

Answer 23

monobasic= KH2PO4 (V=1)
Dibasic=K2HPO4 (V=2)

Question 24

D/H x V = mL/h

Answer 24

D= dose at hand in mEq/h
H= we calcuate the mEq
V= dilution infusion (mL)