Since she said
I don't believe the crickets are angered-- everybody (and thing) is simply blank-staring.
What's that red curve in the Pressure graph? (Geek/nerd question)
Re: What's that red curve in the Pressure graph? (Geek/nerd question)
Freeze this moment a little bit longer.
Make each sensation a little bit stronger.
Experience slips away.
Make each sensation a little bit stronger.
Experience slips away.
Re: What's that red curve in the Pressure graph? (Geek/nerd question)
Get back on topic guys before I get the big stick.
Freeze this moment a little bit longer.
Make each sensation a little bit stronger.
Experience slips away.
Make each sensation a little bit stronger.
Experience slips away.
Re: What's that red curve in the Pressure graph? (Geek/nerd question)
So my non-matherithmic brain can't comprehend this:
robysue1 wrote: ↑Mon Sep 26, 2022 3:18 pmWhat you've drawn is known in calculus as the average value of function p(t) over the interval from t_start to t_end where p(t) is the actual pressure at time t. And of course that means that EPAP <= p(t) <= IPAP over the course of the whole breath.
Mathematically speaking, the average value of the function p(t) over the interval from t_start to t_end given by:
1/(t_end - t_start) * (the integral of p(t) from t_start to t_end
Geometrically it represents the y-value where the area under the curve is equal to the area of the rectangle whose top is the horizontal red line, the bottom is the x-axis, and the sides are at x = t_start and x = t_end
While I can see how it would be (relatively) easy to calculate the "area under the curve" I can't see where the "Red Line" would be established. Nor how to deal with all the italics. I mean, the rectangle (or at best, it's a parallelothing) is not defined.
Freeze this moment a little bit longer.
Make each sensation a little bit stronger.
Experience slips away.
Make each sensation a little bit stronger.
Experience slips away.
