You find an old data set from a hibernation study. Unfortunately, the only information is what is listed in the table below: a) Based upon the data presented, what type of organism is this data set likely to have been based on? Describe it using the vocabulary that we learned in class. b) What might the species be? c) Graph the body temperature data provided in the table AND also graph what the body temperature data might look like for a small hibernating mammal. You do not have to include a full figure caption but do need to include a legend, if applicable.

You find an old data set from a hibernation study. Unfortunately, the only information is what is listed in the table below: a) Based upon the data presented, what type of organism is this data set likely to have been based on? Describe it using the vocabulary that we learned in class. b) What might the species be? c) Graph the body temperature data provided in the table AND also graph what the body temperature data might look like for a small hibernating mammal. You do not have to include a full figure caption but do need to include a legend, if applicable.

Lifetime Physical Fitness & Wellness

15th Edition

ISBN:9781337677509

Author:HOEGER

Publisher:HOEGER

Chapter9: Personal Fitness Programming

Section: Chapter Questions

Problem 5AYK

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From the table below which shows the metabolic rate for each activity, if a person with height 1.50m and weight of 60kg completed all these activities in one day. Calculate the person's one day energy expenditure. Activity8hr sleeping (35 Cal/m^2-hr)8hr moderate physical labor (150 Cal/m^2-hr)4hr reading, writing, TV watching (60 Cal/m^2-hr)1hr heavy exercise (300 Cal/m^2-hr)1hr dressing, eating (100 Cal/m^2-hr) A. 569.33 cal B. 850.20 cal C. 996.07 cal D. 720.50 cal
From the table below which shows the metabolic rate for each activity, if a person with height 1.50m and weight of 60kg completed all these activities in one day. Calculate the person's one day energy expenditure. Activity8hr sleeping (35 Cal/m^2 -hr)8hr moderate physical labor (150 Cal/m^2 -hr)4hr reading, writing, TV watching (60 Cal/m^2 -hr)1hr heavy exercise (300 Cal/m^2 -hr)3hr dressing, eating (100 Cal/m^2 -hr) A. 569.33 cal B. 850.20 cal C. 996.07 cal D. 720.50 cal
From the table below which shows the metabolic rate for each activity, if a person with height 1.50m and weight of 60kg completed all these activities in one day. Calculate the person's one day energy expenditure using Harris-Benedict Equation. Activity8hr sleeping (35 Cal/m^2 -hr)8hr moderate physical labor (150 Cal/m^2 -hr)4hr reading, writing, TV watching (60 Cal/m^2 -hr)1hr heavy exercise (300 Cal/m^2 -hr)3hr dressing, eating (100 Cal/m^2 -hr) A. 569.33 cal B. 850.20 cal C. 996.07 cal D. 720.50 cal
According to Hall et al., the energy balance system is interactive and complex. True False
Temperature and wind combine to cause heat loss. Hypothermia occurs when the body temperature falls more than 4 degrees F below normal. Death can occur if hypothermia persists for over 3 hours. According to the chart, in which of the following temperature and wind combinations would the body temperature be the lowest and a person most at risk for developing hypothermia?
a) Use your sketching and writing skills to explain the allometric relationship between metabolic rate (M) and body weight (W): M = aWb
Calculate the daily calories needed for a 150-pound person if s/he sleeps 8 hours, sits 10 hours, stands 3 hours, walks 2 hours, and swims 1 hour in each 24-hour period.
Basal Metabolic Rate (BMR) is the amount of energy your body uses to function at rest in a day. This includes the energy required to keep the heart beating, the lungs breathing, the kidneys functioning, and the body temperature stabilized. Approximately 70 percent of an individual’s energy expenditure goes into basal metabolism. The other 30 percent goes into digestion and absorption of nutrients (10%) and physical movement (about 20%). Calculate your basal metabolic rate in Calories using the appropriate equation here: Females: BMR = 655 + (9.6 × wt(kg)) + (1.8 × ht(cm)) – (4.7 × age(yrs)) Males: BMR = 66 + (13.7 × wt(kg)) + (5 × ht(cm)) – (6.8 × age(yrs)) Calculate how many Calories you burn overall in a day.
From the table below which shows the metabolic rate for each activity, if a person with height 1.50m and weight of 60kg completed all these activities in one day. Calculate the person's one day energy expenditure.
The long-term stability of weight is often considered a marker of energy balance. According to Hall et al., why does weight change in the short term not necessarily represent energy imbalance? Changes in body weight include changes in body water, which may be variable Rapid turnover of fat stores can lead to short term changes in body weight Variations in energy stored per unit of body weight exist All of the above
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Use your sketching and writing skills to explain the relationship between metabolic rate (M) and body weight (W): M = aWb . Also generate a graph to explain how the exponent b in the allometric relationship changes between different groups of animals; and what would happen graphically if M is expressed per gram of body weight: M/W =aW(b-1)