Energy Expenditure and Lab Report Guide Essay Example | Topics and Well Written Essays - 500 words

Energy Expenditure and Lab Report Guide - Essay Example In this case, the kilocalorie percentage was 26.3 percent from carbohydrate, and 73.7 percent from fat. The total energy expenditure from carbohydrate equaled 14.71 kilocalories multiplied by the 26.3 percent of the total kilocalories from carbohydrate, in the end equaling 3.87 kilocalories from cholesterol alone. The total energy expenditure from fat equaled 14.71 kilocalories multiplied by the 26.3 percent kilocalories solely from fat; in the end 10.84 kilocalories were from fat. The 10-min oxygen consumption, while exercising for our subject, was equal to 25.39 VO2 L/m. The average RER during our subjects exercise was .8952. The formula that was needed to calculate respiratory exercise ratio during exercise was the average Carbon dioxide production (VCO2) during exercise divided by the average oxygen consumption (VO2). When the RER sums up to .8952 the caloric equivalent to this was 4.924 kilocalories per liquid oxygen. Gross energy expenditure during exercise is calculated by taking 25.39-oxygen consumption multiplied by 4.924 caloric equivalents equaling a total of 125.02 kilocalories. The net energy expenditure of our subject that was 125.02 equals Gross energy expenditure plus the resting energy expenditure equals 139.73. To calculate the total resting energy expenditure derived from carbohydrate and fat you take the RER and find the percentage kilocalorie for both of them. The percentage kilocalorie that derived from carbohydrate was 67.5. The percentage kilocalorie that came from fat was 32.5. The energy expenditure from carbohydrates equaled to 139.73 kilocalories multiplied by 67.5 percent equaling a total of 74.07 kilocalories deriving from carbohydrates. The energy expenditure from fat equals 139.73 kilocalories multiplied by 32.5 percent equaling a total of 45.41 kilocalories from fat. This sort of testing can be applied