technical math
worksheet: rates and proportions name ______
tuesday is a busy day at the clinic. several patients need medications or shots. you will have to calculate the dosage of medicine based on body weight for some of these patients. round your answers to the nearest tenths place, if necessary.

m. garcia is to be given medication with a recommended dose of 4 mg/kg of body weight. she weighs 64 kg.
how much medicine will you give ms. garcia? ______

j. smith weighs 205 lb. the doctor orders 15 mg/kg of medication.
convert the patient’s weight into kilograms. mr. smith weighs ______kg.
what is the correct dose of medication for mr. smith? ______mg.

the doctor orders a shot of 0.1 cc/kg medication for a 40 lb. child.
convert the child’s weight into kilograms. the child weighs ______kg.
the correct dose for this child’s shot is ______cc.

the doctor orders 1500 mg of medication for d. cameron who weighs 185 lb. the label on the medication states the recommended dosage for the medication is 15 - 25 mg/kg of body weight. is the dose prescribed by the doctor safe for this patient?
convert the patient’s weight into kilograms. the patient weighs ______kg.
calculate the dosage range: minimum dose ______ to ______ maximum dose
is the dose prescribed safe for this patient? yes or no

the doctor prescribed 50 mg/kg divided into 3 equal doses for a toddler who weighs 25 lbs.
the toddler weighs ______kg.
the total dosage to be given is ______mg.
each individual dose will be ______mg.

Question

technical math
worksheet: rates and proportions 				name ______
tuesday is a busy day at the clinic. several patients need medications or shots. you will have to calculate the dosage of medicine based on body weight for some of these patients. round your answers to the nearest tenths place, if necessary.

m. garcia is to be given medication with a recommended dose of 4 mg/kg of body weight. she weighs 64 kg.
how much medicine will you give ms. garcia? ______

j. smith weighs 205 lb. the doctor orders 15 mg/kg of medication.
convert the patient’s weight into kilograms. mr. smith weighs ______kg.
what is the correct dose of medication for mr. smith? ______mg.

the doctor orders a shot of 0.1 cc/kg medication for a 40 lb. child.
convert the child’s weight into kilograms. the child weighs ______kg.
the correct dose for this child’s shot is ______cc.

the doctor orders 1500 mg of medication for d. cameron who weighs 185 lb. the label on the medication states the recommended dosage for the medication is 15 - 25 mg/kg of body weight. is the dose prescribed by the doctor safe for this patient?
convert the patient’s weight into kilograms. the patient weighs ______kg.
calculate the dosage range: minimum dose ______ to ______ maximum dose
is the dose prescribed safe for this patient? yes or no

the doctor prescribed 50 mg/kg divided into 3 equal doses for a toddler who weighs 25 lbs.
the toddler weighs ______kg.
the total dosage to be given is ______mg.
each individual dose will be ______mg.

Accepted Answer

### Ms. Garcia's Medication
# Explanation:
## Step1: Identify the formula
The formula for dosage is $ \text{Dosage} = \text{Dose per kg} \times \text{Weight (kg)} $
## Step2: Plug in the values
Dose per kg = $ 4 \, \text{mg/kg} $, Weight = $ 64 \, \text{kg} $
$ \text{Dosage} = 4 \times 64 $
## Step3: Calculate the result
$ 4 \times 64 = 256 $
# Answer:
$ 256 \, \text{mg} $

### J. Smith's Weight Conversion
# Explanation:
## Step1: Recall the conversion factor
$ 1 \, \text{lb} \approx 0.4536 \, \text{kg} $
## Step2: Convert weight
Weight in lb = $ 205 \, \text{lb} $, so Weight in kg = $ 205 \times 0.4536 $
## Step3: Calculate the result
$ 205 \times 0.4536 \approx 93.0 \, \text{kg} $ (rounded to the nearest tenth)
# Answer:
$ 93.0 \, \text{kg} $

### J. Smith's Medication Dosage
# Explanation:
## Step1: Identify the formula
$ \text{Dosage} = \text{Dose per kg} \times \text{Weight (kg)} $
## Step2: Plug in the values
Dose per kg = $ 15 \, \text{mg/kg} $, Weight = $ 93.0 \, \text{kg} $
$ \text{Dosage} = 15 \times 93.0 $
## Step3: Calculate the result
$ 15 \times 93.0 = 1395 $
# Answer:
$ 1395 \, \text{mg} $

### Child's Weight Conversion (40 lb)
# Explanation:
## Step1: Recall the conversion factor
$ 1 \, \text{lb} \approx 0.4536 \, \text{kg} $
## Step2: Convert weight
Weight in lb = $ 40 \, \text{lb} $, so Weight in kg = $ 40 \times 0.4536 $
## Step3: Calculate the result
$ 40 \times 0.4536 = 18.144 \approx 18.1 \, \text{kg} $ (rounded to the nearest tenth)
# Answer:
$ 18.1 \, \text{kg} $

### Child's Shot Dosage
# Explanation:
## Step1: Identify the formula
$ \text{Dosage} = \text{Dose per kg} \times \text{Weight (kg)} $
## Step2: Plug in the values
Dose per kg = $ 0.1 \, \text{cc/kg} $, Weight = $ 18.1 \, \text{kg} $
$ \text{Dosage} = 0.1 \times 18.1 $
## Step3: Calculate the result
$ 0.1 \times 18.1 = 1.81 \approx 1.8 \, \text{cc} $ (rounded to the nearest tenth)
# Answer:
$ 1.8 \, \text{cc} $

### D. Cameron's Weight Conversion
# Explanation:
## Step1: Recall the conversion factor
$ 1 \, \text{lb} \approx 0.4536 \, \text{kg} $
## Step2: Convert weight
Weight in lb = $ 185 \, \text{lb} $, so Weight in kg = $ 185 \times 0.4536 $
## Step3: Calculate the result
$ 185 \times 0.4536 \approx 83.9 \, \text{kg} $ (rounded to the nearest tenth)
# Answer:
$ 83.9 \, \text{kg} $

### D. Cameron's Dosage Range
# Explanation:
## Step1: Calculate the minimum dose
Minimum dose per kg = $ 15 \, \text{mg/kg} $, so Minimum dose = $ 15 \times 83.9 $
## Step2: Calculate the minimum dose result
$ 15 \times 83.9 = 1258.5 \, \text{mg} $
## Step3: Calculate the maximum dose
Maximum dose per kg = $ 25 \, \text{mg/kg} $, so Maximum dose = $ 25 \times 83.9 $
## Step4: Calculate the maximum dose result
$ 25 \times 83.9 = 2097.5 \, \text{mg} $
## Step5: Compare with prescribed dose
Prescribed dose = $ 1500 \, \text{mg} $. Since $ 1258.5 < 1500 < 2097.5 $, the dose is safe.
# Answer:
Minimum dose: $ 1258.5 \, \text{mg} $, Maximum dose: $ 2097.5 \, \text{mg} $, Is the dose safe? Yes

### Toddler's Weight Conversion
# Explanation:
## Step1: Recall the conversion factor
$ 1 \, \text{lb} \approx 0.4536 \, \text{kg} $
## Step2: Convert weight
Weight in lb = $ 25 \, \text{lb} $, so Weight in kg = $ 25 \times 0.4536 $
## Step3: Calculate the result
$ 25 \times 0.4536 = 11.34 \approx 11.3 \, \text{kg} $ (rounded to the nearest tenth)
# Answer:
$ 11.3 \, \text{kg} $

### Toddler's Total Dosage
# Explanation:
## Step1: Identify the formula
$ \text{Total Dosage} = \text{Dose per kg} \times \text{Weight (kg)} $
## Step2: Plug in the values
Dose per kg = $ 50 \, \text{mg/kg} $, Weight = $ 11.3 \, \text{kg} $
$ \text{Total Dosage} = 50 \times 11.3 $
## Step3: Calculate the result
$ 50 \times 11.3 = 565 $
# Answer:
$ 565 \, \text{mg} $

### Toddler's Individual Dose
# Explanation:
## Step1: Identify the formula
$ \text{Individual Dose} = \frac{\text{Total Dosage}}{3} $
## Step2: Plug in the values
Total Dosage = $ 565 \, \text{mg} $
$ \text{Individual Dose} = \frac{565}{3} $
## Step3: Calculate the result
$ \frac{565}{3} \approx 188.3 \, \text{mg} $ (rounded to the nearest tenth)
# Answer:
$ 188.3 \, \text{mg} $

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QUESTION IMAGE

Question

Explanation:

Ms. Garcia's Medication

Step1: Identify the formula

Step2: Plug in the values

Step3: Calculate the result

Step1: Recall the conversion factor

Step2: Convert weight

Step3: Calculate the result

Step1: Identify the formula

Step2: Plug in the values

Step3: Calculate the result

Answer:

J. Smith's Weight Conversion