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Give: __[A]__ mL (Inject to recommended-size __[B]__ bag.) Size of syringe to be used: __[C]__

Give: ____capsules

Child’s weight: __[A]__ kg Recommended minimum daily dosage for this child: __[B]__ mg/day Recommended maximum single dosage for this child: __[C]__ mg/dose

Child’s weight: __[A]__ ( convert to metric system ) Recommended minimum daily dosage for this child: __[B]__ (use proper unit) Recommended minimum single dosage for this child: __[C]__ (use proper unit) Recommended maximum daily dosage for this child: __[D]__ (use proper unit) Recommended maximum single dosage for this child: __[E]__ (use proper unit) Is the dosage ordered safe? __[F]__ Give: __[G]__ (use proper units)  Pick the letter that matched the dosage required: __[H]__                                                        A              B              C            D            E            F_

__[A]__ __[B]__ weighs 130 lb? __[C]__ mg to __[D]__ mg/dose

       Child’s weight __[A]__ kg Recommended minimum single dosage for this child: __[B]__ (use proper unit) Recommended maximum single dosage for this child: __[C]__ (use proper unit) Is this dosage safe? __[D]__                           A      B      C      D      E      F      G      H Give: __[E]__ mL pick the correct letter for the dosage: __[F]__

_____ use proper units

In a gravity-flow IV system, what is used to control the flow of the solution?  

Solve the system using the elimination method.  Show all work to support your answer.  Correct answers with no supporting work will receive at most 1 point. State your answer clearly as an ordered pair, no solution, or infinite solutions. 3x + 6y = 27 x + 2y = 11

Solve the system using the substitution method.  Show all work to support your answer.  Correct answers with no supporting work will receive at most 1 point. State your answer clearly as an ordered pair, no solution, or infinite solutions. x – 2y = 1 3x – 6y = 3