What do all the energy pathways have in common? Let’s look at some of these common tasks. The diagram below shows three pathways that are grouped together. Next, we compare the qualifications for each pathway. Which one is most popular and why? We’re not comparing robots’ qualifications, but humans. That’s pretty cool! But how do we find the commonality in our daily lives?
Our body uses all three energy pathways to perform different tasks during exercise. Each one is vital, but they are not all the same. Each contributes to different tasks and one or two are more active during physical activity. It’s possible to determine which energy pathways are active by looking at the various sports people play. The intensity and duration of exercise will often determine which energy pathway is dominant. Similarly, each energy pathway is capable of producing varying amounts of power.
The catabolic pathway releases energy from complex molecules. ATP is a molecule that stores the energy. ATP is a small molecule that gives cells a convenient way to store energy. Anabolic pathways use energy to release glucose molecules. But which tasks are common to all energy pathways? If you’re not sure which one is yours, check out the metabolic pathways.
Careers in energy are plentiful and diverse. There’s a broad range of tasks in each of the energy pathways. Some careers require specific knowledge, education, and skills. You might be an Energy System Engineer. This engineer oversees complex energy conversion processes. Other jobs include optimizing energy storage systems and managing the efficient use of energy in a building. Some people choose to combine their career with another one, while others prefer to focus on one area.