Question

In: Nursing

Name: _____________________________          Professor: ____________________________ 30 mL = 1 fluid ounce                 &n

Name: _____________________________          Professor: ____________________________

30 mL = 1 fluid ounce                                   1 kg = 2.2 lb

1 cc = 1 mL                                                    2.54 cm = 1 inch

60 (65) mg = 1 gr

Lab Activities:

  1. Your patient is on I & O. He drank an 8 oz. glass of water with his meds. How would you chart his intake in ml’s?
  1. You checked your patient’s breakfast tray and your patient consumed the following:

½ of a 4oz container of orange juice, 6 oz. of coffee. What is the total intake in ml’s?

3.         You assisted your patient by feeding her lunch. She consumed the following:

          1 container (4 oz.) of cranberry juice, ½ cup of applesauce, ½ cup ( 4 oz.) of tea.

            How would you chart your patient’s intake?

  1. You removed your patient’s tray and observed that he consumed the following :

3 oz. gelatin (Jello), ½ of a 6 oz. container of coffee, ½ cup of ice cream, ¼ carton of 8 oz. milk, and 2 oz. of water. How would you chart your patient’s intake?

  1. Your patient had an emesis that measured 3 oz in the emesis basin. How would you chart the output in ml’s?

6.         You measured your patient’s height to be 177.8 cm’s. What is your patient’s height in inches?

7.         You measured your patient’s calf to determine size of TED hose. How would you

            convert 14 inches to cm’s?

8.         Your patient weighs 140 pounds. How many kg’s does your patient weigh?

9.         Your patient weighs 55 kg. How many pounds does your patient weigh?

10.       Your patient was ordered acetaminophen (Tylenol) 325 mg. How many grains does this

            convert to?  

11.       Your patient is receiving Tylenol 4 gr. How many mg’s does this convert to?

12.       You assessed your patient at 9:00 P.M. How would you chart this in military time?

13.       You assisted your patient with range of motion exercises at 10:30 A.M   How would you chart this in military time?

14.       You assisted your patient with ambulating at 4:15 P.M. How would you chart this in           military time?

15.      You gave your patient a pain medication at 4:00 A.M. How would you chart this in           military time?

Solutions

Expert Solution

No.1.

Patient drank an 8 oz. glass of water with his meds.

1 oz. = 30 ml,

so 8 oz. =

Answer - The patient intake is 240 ml.

No.2.

The patient consumed ½ of a 4oz container of orange juice that means patient consume 2 oz of orange juice

1 oz = 30 ml, so 2 oz = 60 ml

The patient again consumed 6 oz. of coffee

6 oz =

So total intake in ml

Answer - 240 ml

No.3.

The patient consumed  1 container (4 oz.) of cranberry juice that is 120 ml

½ cup of applesauce that is 2 oz (60 ml)

½ cup ( 4 oz.) of tea that is 2 oz (60 ml)

So the patient total intake will be

Answer - The patient consumed a total of 240 ml.

No.4.

1 0z = 30 ml

The patient consumed 3 oz. gelatin (Jello) that means 90 ml

½ of a 6 oz. the container of coffee that means 3 oz (90 ml)

½ cup of ice cream,taht means 2 oz (60 ml)

¼ carton of 8 oz. milk that means 2 oz (60 ml)

And 2 oz. of water that is 60 ml

So the patient consumed

Answer - The patient consumed a total of 360 ml.

No.5.

The patient had an emesis that measured 3 oz in the emesis basin.

1 oz = 30 ml

So 3 oz =

Answer - The output is 90 ml through emesis.

No.6.

The patient’s height to be 177.8 cm’s.

1 inch = 2.54 cm

So the patient height is

Answer - 70 inch.

No.7.

As we know 1 inch = 2.54 cm

To convert 14 inches in cm we have to

Answer - 35.5 cm.

No.8.

The patient weight is 140 pounds

1 kg = 2.2 pounds

So

Answer - The patient weight is 63.6 kg.

No.9.

The patient weight is 55 kg

1 kg = 2.2 pounds

So,

Answer - The patient weight is 121 kg.

No.10.

Order dose of Acetaminophen is 325 mg

1 gr = 60 mg

So,

Answer - 5.4 gr.


Related Solutions

Write a program that utilizes a Professor class. A professor has a first name, last name,...
Write a program that utilizes a Professor class. A professor has a first name, last name, affiliation, easiness grade, and a helpfulness grade. Grades range from 1 (lowest) to 5 (highest). The Professor class has two constructors. The first constructor initiates the object with just the first name, the last name, and the affiliation. The default value for easiness and helpfulness grade is 3. The second constructor initiates the object using the first name, the last name, the affiliation, and...
Name and describe two types of transport from the capillaries to the interstitial fluid. Name and...
Name and describe two types of transport from the capillaries to the interstitial fluid. Name and describe two types of passive transport and two types of active transport across cell membranes.
Vancomycin 2 g in 300 mL IV fluid is to run in over 1 ½ hours...
Vancomycin 2 g in 300 mL IV fluid is to run in over 1 ½ hours using a drop factor of 15 gtt/mL. What is the flow rate?
Student Name:                                        &n
Student Name:                                                                                              Date: PROFESSIONAL ATTRIBUTES MOST VALUED BY EMPLOYERS Courtesy of National Association of Colleges and Employers (NACE) Instructions: Part I: Choose from the following list, five attributes (abilities) you already possess. Describe, in detail, how you demonstrated each of these attributes (abilities) in a real-life situation in either a school or work environment. List of attributes (abilities): Decision making/problem solving Verbal communication with both internal and external customers Obtaining and processing information Planning, organizing, and prioritizing work Analyzing quantitative...
Common name for N-ethyl-N-methylethanamime?
Common name for N-ethyl-N-methylethanamime?
#3 Consider a system that is 30 % n-Butane, 40 % n-pentane and 30 % n-hexane....
#3 Consider a system that is 30 % n-Butane, 40 % n-pentane and 30 % n-hexane. a. Estimate the bubble pressure at a temperature of 80 C. What would be the composition of the vapor formed? b. Estimate the dew pressure at 80 C. What would be the composition of the liquid formed? c. Estimate the bubble temperature at a pressure of 2 atm? What would be the composition of the vapor formed? d. If this mixture was at 100...
What do the following credit terms mean? 1. n/30 2. 2/10, n/30 3. n/10 EOM 4....
What do the following credit terms mean? 1. n/30 2. 2/10, n/30 3. n/10 EOM 4. n/20 5. 1/10, n/20 6. 3/5, n/30 7. n/15 EOM Have you seen any of these in your work place?
ASSIGNMENT 1 TOPIC: INTRODUCTION OF FLUID MECHANICS GROUP MEMBERS Name Matrix Number QUESTION 1: 10 MARKS...
ASSIGNMENT 1 TOPIC: INTRODUCTION OF FLUID MECHANICS GROUP MEMBERS Name Matrix Number QUESTION 1: 10 MARKS In your own words, explain what have you learnt from fluid mechanics course. NAME INDIVIDUAL REFLECTION QUESTION 2: 40 MARKS Refined crude oil has been used to lubricate moving parts in a wide variety of machines and engines. These petroleum-based lubricants are extracted from natural crude oil, and must be refined, desalted, dewaxed, and distilled from crude feedstock. However, recently, engineers are moving towards...
A student reaceted 50.0 ml of 1.05 N sodium hydroxide with 50.0 ml of 1.00 N...
A student reaceted 50.0 ml of 1.05 N sodium hydroxide with 50.0 ml of 1.00 N sulfuric acid in a coffee cup calorimeter. From the temperature vs time plot, the average Ti was 25.7 celsius and the Tf of the reaction mixture was 31.2 Celsius. (ignore calorimeter constant). What is the enthalpy of neutralization?
1. When σ is unknown and the sample is of size n ≥ 30, there are...
1. When σ is unknown and the sample is of size n ≥ 30, there are two methods for computing confidence intervals for μ. Method 1: Use the Student's t distribution with d.f. = n − 1. This is the method used in the text. It is widely employed in statistical studies. Also, most statistical software packages use this method. Method 2: When n ≥ 30, use the sample standard deviation s as an estimate for σ, and then use...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT