Wrunkelt said:This question is easily resolved with some simple arithmetic. Using the following notation let:
C denote the number of gm of carbohydrates eaten per day
F denote the number of gm of fat eaten per day
P denote the number of gm of protein eaten per day
K denote the number of calories generated per day
It is known that:
1 gram of carbohydrates generates approximately 4 calories
1 gram of fat generates approximately 9 calories
1 gram of protein generates approximately 4 calories
Therefore
K = 4C + 9F + 4P
To maintain stable weight an average adult male requires approximately 2500 calories per day.
Consider first a diet with 281, 70 and 187 gm per day of carbohydrate, fat and protein respectively.
K = 4*281 + 9*70 + 4*187 = 2502 calories per day.
Consider now a low carb/low fat diet reducing the carbohydrate to 60 gm, reducing the fat to 30 gm and keeping the protein at 187 gm.
K = 4*60 + 9*30 + 4*187 = 1258 calories per day.
It is clear that such a diet is not viable in the long term. If the carbohydrate and fat were to be held at these levels then a little arithmetic shows that the protein would have to be increased to approximately 498 gm per day to meet the daily calorie requirement.
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