Calculus+Presentations

**Calculus Review Presentation List**
// Start Date: Tue, April 8-April 29, May 2 //

__ Responsibilities: __ 1. Make a summary sheet for your topic. Include what you think is important, 40 pti.e, rules summary, sample problems, common mistakes, etc. Your summary sheet can be no more than 2 pages. 2. Pick one or two mc problems or 1 fr problem for students to work. MC problems –from the review book or AP Central FR problems- only from AP Central ( not 1998, 2003, 2008) 10 pt. 3. Worked out solutions: photocopied 10 pt  4. Submit your 1 or 2 sheets for copies to me at least one day before your presentation. 10 pt 5. Your presentation should be about 5-10 minutes long. Thus, you do NOT have 30 pt time to read your summary sheet word for word. Simply outline the points you think most students forget and act as facilitator as students work the problems 6. Extra points for presents on April 8-April 13 (+ 10 pt)
 * **Topic** || **Section or chapter** || **Student or pair** || **Date** || Done ||
 * 1. Limits || Ch 1 || Billy Yvette || 4/25 ||  ||
 * 2. Continuity || Ch 1 || daniel || 4/27 ||  ||
 * 3. Derivative rules+ defn of the derivative || Ch 2 & Ch 5 || Ashley & Antonio || 4/20 || yes ||
 * 4. Implicit differentiation || Ch 2 ||  ||   ||   ||
 * 5. Related rates || Ch 2 || Ana Castro. || 4/15 || yes ||
 * 6. MVT || Ch 3 || Jose Luna || 4/28, ||  ||
 * 7. Curve sketching (rel extrema and pt of inflection) || Ch 3 || J Moreno || 4/19 || yes ||
 * 8. Optimization || Ch 3 || Hannah and Beth || 4/26 ||  ||
 * 9. Antiderivatives, dist vel, accel || Ch 4, 4.1 || Gerardo Y. and Joe || 4/20 ||  ||
 * 10. Definite integral rules, u substitution || Ch 4 ||  ||   ||   ||
 * 11. Riemann Sums & Trapezoid rule || Ch 4 ||  ||   ||   ||
 * 12. 1st & 2nd Fundamental Theorems of calc || Ch 4 || Juan P. Brandon V. || 4/29 ||  ||
 * 13. Exponential Growth and Decay || Ch 5 || Yenika || 4/21 ||  ||
 * 14. Ln x: derivatives, integrals and rules || Ch 5 || laura pena || 4/27 ||  ||
 * 15. ,ex, der, integrals, esp finding extrema from an ex fn. || Ch 5 ||  ||   ||   ||
 * 16. Der of arcsinx, arccos x, arctan x || Ch 5, 5.8, 5.9 ||  ||   ||   ||
 * 17. Area & volume || Ch 6, 6.1-6.2 || Ryekeisha & Joanna || 4/18 || yes ||
 * 18. Inverses ||  || Danielle & Gerardo E. || 4/14 ||   ||
 * 19. Rate accumulator problems- like amusement park problem, gal of water ||  ||   ||   ||   ||
 * 20. Function defined as a definite integral ||  ||   ||   ||   ||