What percentage of total daily energy expenditure is lost with a 10% weight loss?

Prepare for the Lifestyle Medicine Test with comprehensive quizzes, flashcards, and detailed explanations. Enhance your understanding of health and wellness practices key to the exam. Get exam-ready today!

Multiple Choice

What percentage of total daily energy expenditure is lost with a 10% weight loss?

Explanation:
When considering the implications of weight loss on total daily energy expenditure (TDEE), it is important to recognize that a significant reduction in body weight leads to a decrease in the amount of energy the body requires to perform its basic functions, such as metabolism, and to engage in physical activities. A 10% weight loss typically results in a considerable drop in TDEE due to the loss of not just body fat, but also lean muscle mass which is metabolically active. Research suggests that losing around 10% of one’s body weight can lead to a decrease in TDEE by approximately 20-25%. This range reflects the metabolic adaptation to lower body mass, whereby the body becomes more efficient in energy use post-weight loss. Thus, the chosen percentage of 20-25% effectively encapsulates the physiological changes that occur in energy metabolism following significant weight loss, highlighting a key principle in understanding energy balance in relation to weight management.

When considering the implications of weight loss on total daily energy expenditure (TDEE), it is important to recognize that a significant reduction in body weight leads to a decrease in the amount of energy the body requires to perform its basic functions, such as metabolism, and to engage in physical activities.

A 10% weight loss typically results in a considerable drop in TDEE due to the loss of not just body fat, but also lean muscle mass which is metabolically active. Research suggests that losing around 10% of one’s body weight can lead to a decrease in TDEE by approximately 20-25%. This range reflects the metabolic adaptation to lower body mass, whereby the body becomes more efficient in energy use post-weight loss.

Thus, the chosen percentage of 20-25% effectively encapsulates the physiological changes that occur in energy metabolism following significant weight loss, highlighting a key principle in understanding energy balance in relation to weight management.

Subscribe

Get the latest from Examzify

You can unsubscribe at any time. Read our privacy policy