Mathematics in Vital Signs Monitoring by Praket.pptx

Mathematics in Vital Signs Monitoring by Praket as a school project

1. Mathematics in Vital Signs Monitoring Name: Praket Sharma Class: 12th B Roll No: 18

2. Table of Contents 1. Description 2. Procedure 3. Mathematics Used 4. Conclusion 5. Bibliography 6. Acknowledgement

3. Description The project 'Mathematics in Vital Signs Monitoring' delves into the crucial role that mathematics plays in the accurate monitoring of vital signs, such as heart rate, blood pressure, respiratory rate, and body temperature. These vital signs are essential indicators of an individual's health status, and precise measurement and interpretation are vital for healthcare professionals to make informed decisions.

4. Procedure

5. Mathematics Used

6. Heart Rate Monitoring Heart rate is measured in beats per minute (bpm). The average heart rate is calculated using the formula: (Sum of heart rates) / (Number of measurements).

7. Blood Pressure Monitoring Blood pressure readings include systolic and diastolic values. Mathematical algorithms help interpret these values to assess health.

8. Temperature Monitoring Body temperature is measured in degrees Celsius or Fahrenheit. Statistical methods are used to analyze temperature variations.

9. Examples of Mathematical Concepts

10. Conclusion The project highlights the intricate relationship between mathematics and healthcare, particularly in vital signs monitoring. Through this project, I have gained a deeper understanding of how mathematical concepts and algorithms are applied in real-world medical scenarios, aiding in accurate diagnosis and patient care.

11. Bibliography

12. Acknowledgement I would like to express my sincere gratitude to my maths teacher Ms. Tamanna Mehta for guiding me throughout this project.

13. Thank You