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# Hcp 220 Week 2 Checkpoint Mathematical Functions

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HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

HCP 220 Week 2 Checkpoint Mathematical Functions https://hwguiders.com/downloads/hcp-220-week-2-checkpoint-mathematical-functions/ HCP 220 Week 2 Checkpoint Mathematical Functions
Accuracy and precision in the calculation of doses, dosages, and rates of infusion of intravenous solutions are often based on percents, ratios, and proportions. The exercises for this CheckPoint provide opportunities to perform various mathematical functions pharmacy technicians must master. Assume the role of a pharmacy technician. A pharmacist gives you a physician’s order sheet, a prescription, and asks you to prepare a 2% solution of sodium chloride (NaCl). You check the stock in the pharmacy but discover you have only a 3% solution of NaCl. Hint: 2g NaCl:100mL of solution::3g NaCL:x mL of 3% solution. Showall your calculations in a Microsoft® Word document
Completethe following exercises. Refer to p. 22 for worked examples.
1. Solve the equation for x to determine how many mL of 3% solution you need.
2. Convert 3% to a fraction.
3. Convert 2% to a decimal.
4. Percents are often used to show the strength of solutions. Which solution is stronger, the 2% or the 3%?
5. What does 3% of sodium chloride mean, i.e., how many parts are in a 100?
6. Referring to the proportion regarding NaCl in the scenario, show the product of the means equals the product of the extremes.
7. Convert 25% to a fraction.
8. What percent of 15 ounces is 5 ounces?
9. Convert 1/8 to a percent.
10. Convert 40% to a decimal.
Post your work and answers to all problems along with a signed copy of the Certificate of Originality as an attachment under the Assignment link.

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