Aerobic power can be thought of as the maximum oxygen consumption attainable per kilogram of body mass. There are a number of ways in which physical educators estimate this. One method uses the Queens College Step Tese.t In this test, males step up and down a 16-inch bleacher step 24 times per minute for 3 minutes, and females do 22 steps per minute for 3 minutes. Five seconds after the exercise is complete, a 15-second pulse count Pis taken. Maximum oxygen consumption M, in milliliters per kilogram, for males is approximated by M= 111.3 - 1.68P. For females the recommended formula is F- 65.81 - 0.74P. (a) Calculate the maximum oxygen consumption for both a male and a female who show a 15-second pulse count of 42. (Round your answers to two decimal places.) mL/kg mL/kg male female (b) What 15-second pulse count for a male will indicate a maximum oxygen consumption of 35.7 milliliters per kilogram? (Round your answer to the nearest whole number.) beats
Aerobic power can be thought of as the maximum oxygen consumption attainable per kilogram of body mass. There are a number of ways in which physical educators estimate this. One method uses the Queens College Step Tese.t In this test, males step up and down a 16-inch bleacher step 24 times per minute for 3 minutes, and females do 22 steps per minute for 3 minutes. Five seconds after the exercise is complete, a 15-second pulse count Pis taken. Maximum oxygen consumption M, in milliliters per kilogram, for males is approximated by M= 111.3 - 1.68P. For females the recommended formula is F- 65.81 - 0.74P. (a) Calculate the maximum oxygen consumption for both a male and a female who show a 15-second pulse count of 42. (Round your answers to two decimal places.) mL/kg mL/kg male female (b) What 15-second pulse count for a male will indicate a maximum oxygen consumption of 35.7 milliliters per kilogram? (Round your answer to the nearest whole number.) beats
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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