The remaining energy is lost as heat due to the 2nd law of thermodynamics. According to that law, only part of the energy will transfer and the rest will be lost as heat. For example, and engine uses part of the energy for motion and the rest dissipates through heat.
It is released as heat, which is one reason your body feels warmer after vigorous exercise, and you do not freeze in the winter
It is released as heat.
Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing
Electrons transfer energy from glucose to other molecules during redox reactions in cells.
Energy is burned or is used up during this process. During cellular respiration, molecules of glucose are broken down in order to convert the stored energy into a usable form of energy.
ATP
The energy not used to make ATP molecules generates heat.
They are fuel for respiration. Used to generate energy mainly
The glucose is split into 2 molecules of a three carbon compound
It is released as heat.
Glucose
Stroma of the chloroplast store the chemical energy in glucose molecules.
Autotrophs store energy in long chains of glucose molecules. These chains can be either starch or cellulose, depending on how the glucose are connected. When a heterotroph consumes the autotroph, it breaks down the cellulose or starch into its basic glucose components. The consumer either completely breaks down the glucose for energy, or it stores the molecules as fat or glycogen.
Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing Glucose molecules provide energy to power the swimming motion of sperm. In this example, the sperm are changing
glucose
Electrons transfer energy from glucose to other molecules during redox reactions in cells.
between bonds
Electrons transfer energy from glucose to other molecules during redox reactions in cells.