Answer:
Basal metabolic rate.
Explanation:
If you go for weeks without eating the proper amount of calories, your body may experience a drop in its resting rate of energy expenditure or basal metabolic rate.
Basal metabolic rate (RMR) also known as resting metabolic rate (BMR) can be defined as the amount of calories that is required to keep the human body to function properly and perfectly at rest.
This ultimately implies that, basal metabolism is the minimal amount of calories or energy that is required by an individual for maintaining vital functions such as blood circulation, keeping the body warm and respiration while fasting or in a complete mental and physical rest.
Some of the factors that affects the basal metabolism rate (BMR) in humans are height, weight, age, starvation or fasting, thyroxine, fever, stress, malnutrition and growth.
Additionally, calorie can be defined as a standard unit used for the measurement of the amount of energy present in a living organism.
Imperial Rome: Competent army and a road system giving them superior mobility.
China: Large population to sustain country with labor.
I hope this helps.
The scientists have concluded that the Easter Island had very high level of biodiversity prior to the arrival of humans on it. The island offered mild climate, deep and fertile soil, and that resulted in the formation of sub-tropical rainforest, with enormous amount of species living in it despite its small size. This statement has been proved by the examination of pollen, bones, and other fossilized remains on the island. Unfortunately, the human inhabitants destroyed almost all living things on the island, resulting in the barren landscape that we see nowadays, with only short grasses, the occasional shrub, and several species of insects occupying the island.
When water from the dam<span> passes through, the turbines spin. This creates </span>electricity.Hydroelectric<span> power is produced as water passes through a </span>dam<span>, and into a river below. The more water that passes through a </span>dam<span>, the more energy is produced.</span>
