Sugars are usually converted into starch for storage.
The nutrients stored in body cells and converted into the major fuel source for muscles are primarily carbohydrates, specifically glycogen, and fats. Glycogen is stored in the liver and muscle tissues, while fats are stored in adipose tissue. During physical activity, these nutrients are metabolized to provide energy, with glycogen being the preferred source for high-intensity exercise and fats being used more during prolonged, low-intensity activities.
Unused nutrients in the body can be stored for later use or excreted. Excess carbohydrates are converted to glycogen for storage in the liver and muscles, while any surplus can be transformed into fat. Proteins are broken down when not needed, with excess amino acids being converted to other compounds or excreted through urine. Overall, the body manages unused nutrients by either storing them or eliminating them to maintain balance.
Energy stored in your muscles, which ultimately comes from the food you eat.
The Large Intestine does not store any food, it absrobs the nutrients from the food
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Carbohydrates cannot be converted to protein. After being eaten, they will convert into sugar in the bloodstream, which can either be used immediately as fuel (energy) for the body, or will be stored as fat on the body. Protein on the other hand is converted to muscle by consumption before or after weight-bearing exercise.
Yes.Energy, being energy can be converted from one form to another for storage.
Stored Chemical energy being converted to, and released as Heat energy.
Chemical energy stored in the muscles is converted to thermal energy during muscle contraction. This process is not 100% efficient, with some energy being lost as heat.
When coal is burned, chemical energy stored in the coal is converted into heat energy. This heat energy is then used to produce steam, which drives turbines to generate electricity.
Materials to be egested are stored in the large intestine before being excreted as feces.
ac power cant be stored It is much easier to store DC power. Although you might be able to make a case of "stored AC power" - such as the turning mass of a generator - the kinetic energy of this turning mass is converted into AC current - When load suddenly increases, some of this stored kinetic energy is converted into extra electric energy, and the speed the mass is turning at will begin to decay. Before it decays too much (hopefully), the governor on the generator will increase mechanical energy to the spinning mass to keep the speed at the desired value. So in effect a (small?) amount of energy is being stored in the spinning mass, which is then converted to AC power.