According to the weight-set-point hypothesis, the presence of too many fat cells from earlier weight gain may result in the set point becoming "stuck" at a higher level than desirable. Why is it difficult for an individual who is dieting to lose weight in such a circumstance?

A. The body settles into an equilibrium that maintains relatively high weight.
B. The body is constantly at odds with its own internal set point.
C. The body is genetically predisposed to have high set points.
D. The body's weight-regulation system reaches a saturation point.

The weight-set-point hypothesis explains why it is difficult for individuals dieting to lose weight when the set point is 'stuck' at a higher level. The body defends this higher set point through compensatory changes in energy intake and expenditure, making weight loss challenging.

Explanation:

The weight-set-point hypothesis suggests that when too many fat cells are present due to earlier weight gain, the set point may get 'stuck' at a higher level. This can make it challenging for individuals dieting to lose weight because the body tends to defend this higher weight set point through compensatory changes in energy intake and expenditure.

During weight loss efforts, the body perceives the decreased fat stores as a threat to survival and responds by lowering basal metabolic rate to conserve energy. Additionally, physical activity may decrease as there is less mass to move, leading to fewer calories burned, further hindering weight loss progress.

Learn more about Body weight regulation here:

https://brainly.com/question/43929877