how is exercise an example of both kinetic and potential ene

Solution

Exercise induce \"energy motion from chemical phosphate from of ATP into mechanical form (kinetic energy) therefore, energy is under motion. For example, \"VO₂max & muscle diffusion capacity\" factors have potential effects on the oxygen availability for \"rate limiting mitochondrial enzyme levels to carry our malate-aspartate shuttles & glycerophosphate shuttle\" result in variation in ATP production in these mile runners (exercise). During mile running, the contraction of myofirbrils are very intense (kinetic energy is under the process of motion through myofibril contraction) result in more ADP levels, this condition favors to resynthesize the ATP as a result higher \"potential energy\" storage. In such way, the breakdown of Phospocreatine in the presence of high levels of creatinine phosphate results in ATP generation.

For example, during playing cricket, the potential energy is transformed to the ball, which acquires the energy by means of speed (kinetic energy), the entropy of ball increases. It meets both the first law of thermodynamics, which is mentioned below. The first law of thermodynamics is about conservation of energy. It states that energy cannot be created and nor destroyed but can be converted from one form to another. In this case, the energy is transferred from potential to kinetic form.