# 1) When using the numerical meaning of a metric prefix (i.e. milli = 0.001) in relating the prefixed unit (mL) to the base unit (L), always put the number “1” with the Question 1 options: base unit (i

1) When using the numerical purport of a metric preface (i.e. milli = 0.001) in about the prefaceed individual (mL) to the vile individual (L), frequently put the calculate "1" after a while the Question 1 options: vile individual (i.e. 1 L = 0.001 mL) prefaceed individual (i.e. 1 mL = 0.001 L)

2) Using the calculate "1" and the aftercited calculates associated after a while the prefaceed metric individuals, transcribe the similarity among the vile individual and preface individual. micro (μ) = 0.000001, deca (da) = 10, mega (M) = 1,000,000 Fill in the similaritys among the aftercited individuals: m = dam

3) Using the calculate "1" and the aftercited calculates associated after a while the prefaceed metric individuals, transcribe the similarity among the vile individual and preface individual. milli (m) = 0.001, deca (da) = 10, mega (M) = 1,000,000 Fill in the similaritys among the aftercited individuals: (use commas for calculates superior than 1,000 (i.e 1,000,000)) ML = L

4) Using the calculate "1" and the aftercited calculates associated after a while the prefaceed metric individuals, transcribe the similarity among the vile individual and preface individual.

micro (μ) = 0.000001, deca (da) = 10, mega (M) = 1,000,000

Fill in the similaritys among the aftercited individuals:

s =

μs

:

5) Using the calculate "1" and the aftercited calculates associated after a while the prefaceed metric individuals, transcribe the similarity among the vile individual and preface individual.

micro (μ) = 0.000001, hecto (h) = 100, giga (G) = 1,000,000

Fill in the similaritys among the aftercited individuals:

hm =

m

6) Using the calculate "1" and the aftercited calculates associated after a while the prefaceed metric individuals, transcribe the similarity among the vile individual and preface individual.

micro (μ) = 0.000001, hecto (h) = 100, giga (G) = 1,000,000,000

Fill in the similaritys among the aftercited individuals: (use commas for calculates superior than 1,000 (i.e 1,000,000))

L =

GL

7) When congruity a intercharge element from a two dimensional calculate (i.e. 7.2 g/mL) frequently put the calculate "1" after a while the

Question 7 options:

primitive individual or numerator in the two dimensional calculate (i.e 1 g = 7.2 mL)

avoid individual or denominator in the two dimensional calculate (i.e. 7.2 g = 1 mL)

8) From the aftercited two dimensional calculate, transcribe the intercharge element among the two dimensional individuals.

4.9 g/mL

mL =

g

9) From the aftercited two dimensional calculate, transcribe the intercharge element among the two dimensional individuals.

65 miles/hour

miles =

hour

10) From the aftercited two dimensional calculate, transcribe the intercharge element among the two dimensional individuals.

1.5 mg/min

min =

mg