the laws of thermodynamics
/ðə ˈlɔːz əv ˌθɜː(ɹ)mədaɪ̯ˈnæmɪks/
Word Rarity
Rare
Frequency: Zipf frequency 3.09 in modern English
45
Scrabble Score
23
Letters
5
Syllables
16
Unique Chars
Meaning
Example Sentences
- "Although no clear experimental error has been demonstrated, critics continue to maintain that something must be wrong because the laws of thermodynamics would be violated [5], that “a calorie is a calorie” [6]."
- "Most people go wrong by misinterpreting the laws of thermodynamics. The Law of Thermodynamics proves that: To build muscle, you must store energy or increase muscle protein. To lose fat, you must burn energy or reduce stored body fat. The mistake? To assume that: You must be in an energy surplus to build muscle. You must be in an energy deficit to lose fat."
- "These results indicate that people with relatively low and relatively high body-fat can gain fat-free mass to a pretty similar degree in response to resistance training. However, very lean people should accept that fat mass will probably need to increase a little bit to facilitate muscle gain, and they may need to get up to a slightly more comfortable body-fat level before lean mass gains really start to accumulate (for example, every single person under 8% body-fat at baseline had some degree of fat gain, and only one of them gained more than 1kg of fat-free mass). In contrast, people with higher baseline body-fat have a greater capability to “recomp” and are more likely to simultaneously lose a little bit of fat while gaining muscle. It’s important to recognize that these results do not conflict with the laws of thermodynamics or the concept of energy balance dictating weight changes; they simply reflect the fact that the body has both short-term and long-term sensors of energy availability which can influence the regulation of anabolic processes, and that muscle hypertrophy and fat storage are influenced by some distinct regulatory mechanisms."