Deck 22: Pediatric Oral and Parenteral Medications

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Prepare a 125 mg dosage of penicillin V potassium.
Prepare a 125 mg dosage of penicillin V potassium.  <div style=padding-top: 35px>
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Question
Prepare 100 mg of amoxicillin.
Prepare 100 mg of amoxicillin.  <div style=padding-top: 35px>
Question
Prepare 100 mg of Vantin .
Prepare 100 mg of Vantin .  <div style=padding-top: 35px>
Question
Prepare 5 mg of Lomotil .
Prepare 5 mg of Lomotil .  <div style=padding-top: 35px>
Question
Prepare cefpodoxime proxetil 60 mg.
Prepare cefpodoxime proxetil 60 mg.  <div style=padding-top: 35px>
Question
Prepare Depakene 150 mg.
Prepare Depakene 150 mg.  <div style=padding-top: 35px>
Question
Prepare 120 mg of acetaminophen.
Prepare 120 mg of acetaminophen.  <div style=padding-top: 35px>
Question
Prepare 187 mg of cefaclor.
Prepare 187 mg of cefaclor.  <div style=padding-top: 35px>
Question
Prepare a 20 mg dosage of meperidine.
Prepare a 20 mg dosage of meperidine.  <div style=padding-top: 35px>
Question
A dosage of morphine 10 mg has been ordered.
A dosage of morphine 10 mg has been ordered.  <div style=padding-top: 35px>
Question
Draw up a 100 mg dosage of clindamycin.
Draw up a 100 mg dosage of clindamycin.  <div style=padding-top: 35px>
Question
Prepare a 40 mg dosage of meperidine.
Prepare a 40 mg dosage of meperidine.  <div style=padding-top: 35px>
Question
A dosage of Dilantin* 50 mg has been ordered.
A dosage of Dilantin* 50 mg has been ordered.  <div style=padding-top: 35px>
Question
Prepare a 6 mg dosage of morphine.
Prepare a 6 mg dosage of morphine.  <div style=padding-top: 35px>
Question
Prepare a 10 mg dosage of oxycodone.
Prepare a 10 mg dosage of oxycodone.  <div style=padding-top: 35px>
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Deck 22: Pediatric Oral and Parenteral Medications
1
Prepare a 125 mg dosage of penicillin V potassium.
Prepare a 125 mg dosage of penicillin V potassium.
Refer to the medication label of Penicillin V Potassium.
The available solution strength is 250 mg per 5 mL
The dosage to be prepared is 125 mg.
The required mL is calculated as shown below.
Enter the mL to be calculated on the left side of the equation and enter
Refer to the medication label of Penicillin V Potassium. The available solution strength is 250 mg per 5 mL The dosage to be prepared is 125 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is not a suspension. ratio on the right
Refer to the medication label of Penicillin V Potassium. The available solution strength is 250 mg per 5 mL The dosage to be prepared is 125 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is not a suspension. Multiply the ratio with the mg of dosage to be prepared.
Refer to the medication label of Penicillin V Potassium. The available solution strength is 250 mg per 5 mL The dosage to be prepared is 125 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is not a suspension. Cancel to double-check or correct ratio entry and do the math.
Refer to the medication label of Penicillin V Potassium. The available solution strength is 250 mg per 5 mL The dosage to be prepared is 125 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is not a suspension. Therefore, required mL to be prepared is
Refer to the medication label of Penicillin V Potassium. The available solution strength is 250 mg per 5 mL The dosage to be prepared is 125 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is not a suspension. .
The medicine is not a suspension.
2
Prepare 100 mg of amoxicillin.
Prepare 100 mg of amoxicillin.
Refer to the medication label of Amoxicillin.
The available solution strength is 50 mg per mL
The dosage to be prepared is 100 mg.
The required mL is calculated as shown below.
Enter the mL to be calculated on the left side of the equation and enter
Refer to the medication label of Amoxicillin. The available solution strength is 50 mg per mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. ratio on the right
Refer to the medication label of Amoxicillin. The available solution strength is 50 mg per mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. Multiply the ratio with the mg of dosage to be prepared.
Refer to the medication label of Amoxicillin. The available solution strength is 50 mg per mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. Cancel to double-check or correct ratio entry and do the math.
Refer to the medication label of Amoxicillin. The available solution strength is 50 mg per mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. Therefore, required mL to be prepared is
Refer to the medication label of Amoxicillin. The available solution strength is 50 mg per mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. .
The medicine is a suspension.
3
Prepare 100 mg of Vantin .
Prepare 100 mg of Vantin .
Refer to the medication label of Vantin.
The available solution strength is 100 mg per 5 mL
The dosage to be prepared is 100 mg.
The required mL is calculated as shown below.
Enter the mL to be calculated on the left side of the equation and enter
Refer to the medication label of Vantin. The available solution strength is 100 mg per 5 mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. ratio on the right
Refer to the medication label of Vantin. The available solution strength is 100 mg per 5 mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. Multiply the ratio with the mg of dosage to be prepared.
Refer to the medication label of Vantin. The available solution strength is 100 mg per 5 mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. Cancel to double-check or correct ratio entry and do the math.
Refer to the medication label of Vantin. The available solution strength is 100 mg per 5 mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. Therefore, required mL to be prepared is
Refer to the medication label of Vantin. The available solution strength is 100 mg per 5 mL The dosage to be prepared is 100 mg. The required mL is calculated as shown below. Enter the mL to be calculated on the left side of the equation and enter   ratio on the right   Multiply the ratio with the mg of dosage to be prepared.   Cancel to double-check or correct ratio entry and do the math.   Therefore, required mL to be prepared is   . The medicine is a suspension. .
The medicine is a suspension.
4
Prepare 5 mg of Lomotil .
Prepare 5 mg of Lomotil .
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5
Prepare cefpodoxime proxetil 60 mg.
Prepare cefpodoxime proxetil 60 mg.
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6
Prepare Depakene 150 mg.
Prepare Depakene 150 mg.
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7
Prepare 120 mg of acetaminophen.
Prepare 120 mg of acetaminophen.
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8
Prepare 187 mg of cefaclor.
Prepare 187 mg of cefaclor.
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9
Prepare a 20 mg dosage of meperidine.
Prepare a 20 mg dosage of meperidine.
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10
A dosage of morphine 10 mg has been ordered.
A dosage of morphine 10 mg has been ordered.
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11
Draw up a 100 mg dosage of clindamycin.
Draw up a 100 mg dosage of clindamycin.
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12
Prepare a 40 mg dosage of meperidine.
Prepare a 40 mg dosage of meperidine.
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13
A dosage of Dilantin* 50 mg has been ordered.
A dosage of Dilantin* 50 mg has been ordered.
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14
Prepare a 6 mg dosage of morphine.
Prepare a 6 mg dosage of morphine.
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15
Prepare a 10 mg dosage of oxycodone.
Prepare a 10 mg dosage of oxycodone.
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