During a 200- to 400-meter run, the dominant energy system is the anaerobic glycolysis system. This system provides energy for high-intensity efforts lasting from about 30 seconds to 2 minutes, relying on the breakdown of glucose without oxygen. As the distance increases, the reliance on aerobic metabolism also begins to play a role, but for this middle-distance range, anaerobic energy production is key.
Monotheism
The aerobic system is the dominant energy system for the whole beep test. This is because the intensity is sub-maximal and the duration is longer than 90 seconds. As the athletes glycogen stores depletes the anaerobic glycolysis system increase its contribution to the synthesis of ATP. The ATP-PC system is making minimal contribution for the whole duration of the beep test.
Depending on how intense the game and competitor, all energy systems are used in basketball (ATP - PC, Lactic Acid and Oxygen systems). The Oxygen system would probably dominate in a slower, more controlled game of basketball (possibly NBA) but the ATP-PC system (with some assistance from the Lactic Acid system) would probably dominate in a faster, more aggressive game (NCAA or college ball) where the players would need to recover either by playing predominantly either offense or defense (but not both) and / or subbing off and on the court during the game.
The autonomic nervous system is dominant during sexual arousal, specifically the parasympathetic division. This division promotes relaxation, blood flow to the genital area, and increased sensitivity, which are all important for facilitating sexual response.
energy is either absorbed or released during a phase change
energy is either absorbed or released during a phase change
The anaerobic energy system is the primary source of energy during a 200-meter run. This system relies on stored energy in the muscles and does not require oxygen for energy production. It provides a quick burst of energy for short bursts of intense activity like sprints.
During an energy change, the energy of a system is converted from one form to another, such as from potential to kinetic energy. This transformation can occur through various processes, including work done by external forces or heat transfer between the system and its surroundings. The conservation of energy principle states that the total energy of a closed system remains constant during these changes.
During an isothermal expansion, the work done is equal to the change in internal energy of the system.
Hinduism
Hinduism
no, endothermic trust me it shows it in my book