The effect _______ explains how fast air moves across a surface, the ____ pressure that presses on that surface. In contrast, the more ____ that air moves, the more of _____ there will be.
I'm sorry that it might not make sense, I translated it from French. I tried using Google Translate, but that didn't go so well.
No worries, I'll do my best to help you understand the concepts in question. It seems like you're asking about the relationship between air movement and pressure on a surface.
The first missing word might be "Bernoulli's principle," which explains how the speed of air (or any fluid) affects the pressure it exerts. According to Bernoulli's principle, as the speed of air increases, its pressure decreases, and vice versa. So, faster-moving air has lower pressure.
The second missing word could be "higher" because as the air speed increases, the pressure exerted on a surface decreases. Therefore, we can say that the higher the air speed, the lower the pressure.
Lastly, the missing words "more" and "turbulence" could refer to the concept that as the air moves faster, the turbulence it creates also increases. Turbulence refers to irregular and chaotic motion, and it typically occurs when a fluid (such as air) moves rapidly. So, the more the air moves (or the faster it moves), the more turbulence there will be.
I hope this helps clarify the concepts you were asking about! If you have any further questions or need more information, please let me know.