<p>I don't think anybody here actually cares where other classes are...</p>
<p>Nevertheless, we have just concluded the second derivative test in BC.</p>
<p>I don't think anybody here actually cares where other classes are...</p>
<p>Nevertheless, we have just concluded the second derivative test in BC.</p>
<p>Implicit Differentiation, btw what books are you guys using?</p>
<p>bc- fund. theorem</p>
<p>done explicit and implicit differentiation, trig differentiation, currently on related rates</p>
<p>weve been practicing getting the original graph of the function when given the graph of the derivative and vice versa and are starting velocity and acceleration applications</p>
<p>We just took a test today on the derivatives of trig functions, inverse functions, implicit differentiation, the chain rule, and ln/log/e^x derivative situations. How fun.</p>
<p>We are doing applications of derivatives, but our teacher's way of teaching calculus is very different. for instance, we haven't learned limits of trig functions. (by the way, I am ib hl math student, not ap, but I will take calculus bc exam, anyway)</p>
<p>we just finished differentials/derivative/ l'hospital's law</p>
<p>Integration by parts.</p>
<p>BC (early november) - Areas using integrals</p>
<p>We are on optimizaton and curve-sketching in AB.</p>
<p>rectilinear motion (chapter four in our book...i think)</p>
<p>we are in optimization in BC, just finished related rates</p>
<p>AB Just finished Rolle's theorem/Mean Value/Extrema</p>
<p>I'm in AB........right now we're doing differentials, linearizations/approximations, and Newton's Theorem.</p>
<p>Shudder****</p>
<p>We are only in chapter 2 of our book (which looks worse than a history book) but are one relative rates. I have it everyday which I now am thanking God for.</p>
<p>AB = chain rule and derivatives of trig functions</p>
<p>AB- we're now doing implicit differentiation of reg. and trig functions :) yay! <em>sarcasm</em> :D</p>
<p>test on all of derivatives on thursday...</p>
<p>CC Calculus I - Starting Integrals</p>