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The nutrient that is essential to cellular construction, reproduction and maintenance is glucose, and water.
Heterotrophs are unable to make their food, but consume reduced carbon compounds. The heterotrophs are then able to obtain energy from the food for reproduction and growth.
Around 90% of the total solar energy is used by the producers for food manufacture, growth, reproduction, and survival. The solar energy that is not stored by primary producers is lost as heat.
About 10% of the total energy taken in by an herbivore is stored in its tissues. The rest of the energy is used for growth and development, metabolism, reproduction, and some is given off as heat.
Energy acquisition, materials processing, and Reproduction.
The nutrient that is essential to cellular construction, reproduction and maintenance is glucose, and water.
protein
reproduction
In a grazing system, only 20% of the energy cattle get from eating grass are used for maintenance, mobility, growth and reproduction. The other 80% is expelled as waste through sweat, respiration, urine and feces. But this 80% energy isn't wasted either: it gets incorporated back into the soil to be reused and recycled by the grasses that the cattle have eaten.
reproduction makes sugar (glucose) which turns into energy. the word equation for reproduction is:water + oxygen → carbohydrates + glucose + ENERGY
respiration, movement, and reproduction.
A. Respiration B. Producing energy C. Sexual reproduction D. Sexual reproduction The answer is C. Sexual reproduction
It takes more energy than asexual reproduction. It produces much less offspring than asexual reproduction does.
Nutrition is the proper supply of nutrients for the proper growth and development and maintenance of the human body.
Sexual reproduction
Digestion Excretion Growth Maintenance of boundaries Metabolism Movement Responsiveness Reproduction
Asexual reproduction is the most commonly used method