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3. Determine the BMRA. Given: 60 years old, 72kg, male. a. 0.92 kcal/day b. 1598.66kcal/day c. 0.87kcal/day d. 1589.76kcal/day 4. Determine the BMRA of a 22 year old female student weighing 49kg. a. 1054.17 kcal/day b. 0.8964 kcal/day c. 1520.78 kcal/day d. 0.9513 kcal/day

3. Determine the BMRA. Given: 60 years old, 72kg, male. a. 0.92 kcal/day b. 1598.66kcal/day c. 0.87kcal/day d. 1589.76kcal/day 4. Determine the BMRA of a 22 year old female student weighing 49kg. a. 1054.17 kcal/day b. 0.8964 kcal/day c. 1520.78 kcal/day d. 0.9513 kcal/day

Phlebotomy Essentials
Phlebotomy Essentials
6th Edition
ISBN:9781451194524
Author:Ruth McCall, Cathee M. Tankersley MT(ASCP)
Publisher:Ruth McCall, Cathee M. Tankersley MT(ASCP)
Chapter1: Phlebotomy: Past And Present And The Healthcare Setting
Section: Chapter Questions
Problem 1SRQ
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1. Compute the DMR from the data given below: - Sleeps 8hrs at a rate of 1.24 kcal/min. - Walks to and from work for 1hr at 3.8kcal/min. - Stands for 2hrs at 2.4 kcal/min. - Perform soldering works for 6hrs at a rate of 3.1kcal/min. - Watches TV shows on his remaining time at 1.7kcal/min. - 35 years old woman weighing 1501lbs. a. 2800.44kcal b. 280.04kcal c. 2804.00kcal d. 280.4kcal 2. Based on #1, compute the daily total metabolic rate. a. 3080.48kcal b. 318.88kcal c. 3178.04kcal d. 324.09kcal 3. Determine the BMRA. Given: 60 years old, 72kg, male. a. 0.92 kcal/day b. 1598.66kcal/day c. 0.87kcal/day d. 1589.76kcal/day 4. Determine the BMRA of a 22 year old female student weighing 49kg. b. 0.8964 kcal/day d. 0.9513 kcal/day a. 1054.17 kcal/day c. 1520.78 kcal/day 5. If a person, points a flashlight on one side of a room. The light being projected on a that side is called a. Luminous Intensityb. Luminous Flux c. Illuminance d. Luminance 6. Based on #5, the amount of light being reflected on the remaining sides of the room is called a. Luminous Intensityb. Luminous Flux c. Illuminance d. Luminance 7. If a worker is stacking big boxes at a rate of of 6.5 kcal/min during his 10 hrs shift. How much rest should be allocated? c. 0.23 hours d. 2.3 hours a. 0.23 minutes b. 2.3 minutes 8. From the previous problem, what will be the exact working time of the worker? c. 450 minutes d. 173 minutes a. 462 minutes b. 138 minutes
Transcribed Image Text:1. Compute the DMR from the data given below: - Sleeps 8hrs at a rate of 1.24 kcal/min. - Walks to and from work for 1hr at 3.8kcal/min. - Stands for 2hrs at 2.4 kcal/min. - Perform soldering works for 6hrs at a rate of 3.1kcal/min. - Watches TV shows on his remaining time at 1.7kcal/min. - 35 years old woman weighing 1501lbs. a. 2800.44kcal b. 280.04kcal c. 2804.00kcal d. 280.4kcal 2. Based on #1, compute the daily total metabolic rate. a. 3080.48kcal b. 318.88kcal c. 3178.04kcal d. 324.09kcal 3. Determine the BMRA. Given: 60 years old, 72kg, male. a. 0.92 kcal/day b. 1598.66kcal/day c. 0.87kcal/day d. 1589.76kcal/day 4. Determine the BMRA of a 22 year old female student weighing 49kg. b. 0.8964 kcal/day d. 0.9513 kcal/day a. 1054.17 kcal/day c. 1520.78 kcal/day 5. If a person, points a flashlight on one side of a room. The light being projected on a that side is called a. Luminous Intensityb. Luminous Flux c. Illuminance d. Luminance 6. Based on #5, the amount of light being reflected on the remaining sides of the room is called a. Luminous Intensityb. Luminous Flux c. Illuminance d. Luminance 7. If a worker is stacking big boxes at a rate of of 6.5 kcal/min during his 10 hrs shift. How much rest should be allocated? c. 0.23 hours d. 2.3 hours a. 0.23 minutes b. 2.3 minutes 8. From the previous problem, what will be the exact working time of the worker? c. 450 minutes d. 173 minutes a. 462 minutes b. 138 minutes
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