CALCULATIONS

Question 1

1m= __feet

Answer 1

3.28 ft

Question 2

1L=__gallons

Answer 2

0.264 gallons

Question 3

1g=__ounces

Answer 3

0.035 ounces

Question 4

kilo

Answer 4

1000
10^3
k

Question 5

deci

Answer 5

1/10
10^-1
d

Question 6

centi

Answer 6

1/100
10^-2
c

Question 7

milli

Answer 7

1/1000
10^-3
m

Question 8

micro

Answer 8

1/1,000,000
10^-6
u

Question 9

nano

Answer 9

1/1,000,000,000
10^-9
n

Question 10

pico

Answer 10

1/1,000,000,000,000
10^-12
p

Question 11

1lb=__oz=__gr

Answer 11

1lb=16oz=7000gr

Question 12

1oz=__gr

Answer 12

437.5gr

Question 13

1gal=__qt

Answer 13

4qt

Question 14

1qt=__pt

Answer 14

2pt

Question 15

1pt=__oz

Answer 15

16oz

Question 16

2T=__oz

Answer 16

1oz

Question 17

3tsp=__T

Answer 17

1T

Question 18

1lb=__oz

Answer 18

16oz

Question 19

1yd=__feet

Answer 19

3ft

Question 20

1ft=__in

Answer 20

12in

Question 21

1f℥=__ml

Answer 21

27.57ml

Question 22

1pt=__ml

Answer 22

473ml

Question 23

1tsp=___ml

Answer 23

5ml

Question 24

1T=__ml

Answer 24

15ml

Question 25

1lb=__g

Answer 25

454g

Question 26

1kg=__lb

Answer 26

2.2lb

Question 27

1oz=__g

Answer 27

28.35g

Question 28

1g=__gr

Answer 28

15.432gr

Question 29

1gr=__mg

Answer 29

64.8mg

Question 30

1in=__cm

Answer 30

2.54cm

Question 31

1tsp=__ʒ =__ml

Answer 31

1 ʒ , 5ml

Question 32

2T=__℥=__ml

Answer 32

℥=30ml

Question 33

1T=__℥ss=__ml

Answer 33

℥ss=15ml

Question 34

celsius=

Answer 34

(F-32)X5/9

Question 35

T OR F? | If we know the concentration of a drug we know how much drug we have

Answer 35

FALSE – We need more information to determine how much drug is present

Question 36

T OR F? | All concentrations are reported in identical units

Answer 36

FALSE – Concentrations can be reported in a wide range of units and still represent the same concentration

Question 37

T OR F? | Concentration tells us how closely drug is packed in a specific space

Answer 37

TRUE – We can think of a concentration as representing how closely packed a drug (or other substance) is packed in a space.

Question 38

T OR F? | There are an infinite number of ways to represent a specific drug concentration

Answer 38

TRUE – Any concentration can be presented in an infinite number of ways and still represent the same concentration. However, there are a limited number of standard concentration representations that are typically used in pharmacy practice.