All of the plots here have the same color designation as the plot from the 22nd.

Below is the third frame of Jen. The purple linear fit is of the form y = -.08549*x + .03504, the brown linear fit is y = -.08865*x + .02699, the cyan quadratic fit follows y = .03731 - .06518*x - .03679*x^2, and the gold quadratic fit is of the form .02719 - .06477*x - .03259*x^2.



Below is Jen's first frame. Note that because there was only one cluster member in this frame there are no fits for it, as that would just be silly. The purple fit is y = -.06413*x + .03164, and the cyan fit is y = .03829 - .04692*x - .0435*x^2.



Below is Jen's second frame. The purple linear fit is of the form y = -.06898*x + .031604, the brown linear fit is y = -.09377*x + .02931, the cyan quadratic fit follows y = .03703 - .03175*x - .0747*x^2, and the gold quadratic fit is of the form .04195 + .00219*x - .1559*x^2.



Next up is Jen's fourth frame. The purple linear fit is of the form y = -.07193*x + .02775, the brown linear fit is y = -.04441*x + .00868, the cyan quadratic fit follows y = .02571 - .04916*x - .03054*x^2, and the gold quadratic fit is of the form -.01014 - .1403*x + .218*x^2.



Finally, the seventh frame of Jen. The purple linear fit is of the form y = -.07555*x + .00454 the brown linear fit is y = -.09919*x + .00862, the cyan quadratic fit follows y = .003436 - .04764*x - .04137*x^2, and the gold quadratic fit is of the form .00327 - .01237*x - .105*x^2.