Law of Energy Conservation
Energy cannot be created or destroyed but may be transformed from one kind to another.
Laws of Thermodynamics
Work and heat are mutually convertible (may be converted from one form to another). The change in a system's internal energy is equal to the heat absorbed (calories in) from the environment minus work done (calories out) on the environment.
Laws of Thermodynamics Applied to the Human Energy System
Where E = energy expressed in calories, which is a measurement of heat.
1. If E in (food consumption) = E out (total bodywork), then weight remains stable.
2. If E in > E out, then weight is gained.
3. If E in < E out, then weight is lost.
Calories are the primary determining factor in regards to either gaining muscle or losing fat. The macronutrient profile is a way to fine tune nutrition in order to maximize performance and/or manipulate body composition.
Jenetic
Energy cannot be created or destroyed but may be transformed from one kind to another.
Laws of Thermodynamics
Work and heat are mutually convertible (may be converted from one form to another). The change in a system's internal energy is equal to the heat absorbed (calories in) from the environment minus work done (calories out) on the environment.
Laws of Thermodynamics Applied to the Human Energy System
Where E = energy expressed in calories, which is a measurement of heat.
1. If E in (food consumption) = E out (total bodywork), then weight remains stable.
2. If E in > E out, then weight is gained.
3. If E in < E out, then weight is lost.
Calories are the primary determining factor in regards to either gaining muscle or losing fat. The macronutrient profile is a way to fine tune nutrition in order to maximize performance and/or manipulate body composition.
Jenetic