I feel like I’ve been in this game for a long, long time. I’m not saying anyone needs to be a rocket scientist or even a physician to know that “inhale” is the act of drawing air into our lungs, and “exhale” is the act of expelling air out of our lungs.
In the context of your lungs, intake is the act of drawing in air, and exhaust is the act of expelling air out of our lungs. There’s a whole lot more to intake than just exhaling. If we were to put a person into a chamber and blow air into them, they would have to inhale so as to be able to breathe. That’s intake.
Inhaling, expelling, and breathing are the processes that our bodies use to create energy. Each of these processes involves inhaling, expelling, and breathing. So if we’re not able to do all three at the same time, we would have a problem.
To be able to process a huge amount of air at the same time as being able to breathe and expel air at the same time, we need to have a number of different parts of our body working together. To do this, we have our body’s respiratory system, the digestive system, our skin, our muscles, our nervous system, and the brain. All of these parts work together to create energy.
The inhalation valve is an exhalation valve, and the exhalation valve is an inhalation valve. If we were able to do all three at the same time (exhale at the same time) we would have a problem. To be able to process a huge amount of air at the same time as being able to breathe and expel air at the same time, we need to have a number of different parts of our body working together.
The “system” is the breathing process. The “exhalation” process is the outgoing process. The “inhalation” is the incoming process. This is a nice little example of how we can create energy in a very flexible way. And it’s really nice to see in a video game.
This is the same sort of thing that makes the intake and exhaust valves in your car work. We know that a car engine is going to be working at a different speed than when it’s idling. So we need a number of different parts of our body to work at different speeds. For example, the engine makes the car move forward, but we need to have different parts of our body to move it at different speeds.
That’s what makes this sort of thing cool and effective. The intake, exhaust, and other parts of our body are all moving at different rates. We have to work at different speeds to move them all. If we were to stop, we’d lose all of our parts of the body that move at different speeds.
This is a very important point because with all of the technical details a person is expected to have a good grip on how things work. We’re going to go ahead and start using our hands at what we think is the coolest part of the computer (which is the engine).
This is the part where you would probably want to listen to the advice of more people than you. I think the point that I’m trying to make here is that our body is designed for a lot of moving parts. Even though we should all be able to have a good grip on how things work, we often have to work at different speeds, with different parts of our bodies moving at different rates.