1 BASIC CALCULUS REFRESHER Ismor Fischer, Ph.D., Dept. of Statistics, UW-Madison 1. Introduction. This is a very condensed and simplified version of basic calculus, which is a prerequisite for many courses in Mathematics, Statistics, Engineering, Pharmacy, etc. It is not comprehensive, and absolutely not intended to be a substitute for a one-year freshman course in differential and integral calculus. You are strongly encouraged to do the included Exercises to reinforce the ideas. Important mathematical terms are in boldface; key ...

 

Differential Geometry & Line Integrals: Notation & Formulas Review • Let C be an oriented curve parameterized by r(t) = hx(t),y(t),z(t)i where a ≤ t ≤ b. • −C denotes the curve C with its orientation (i.e., direction) reversed. We let C1 + C2 denote curve C1 and curve C2 joined together. Such curves don’t have to be connected. More generally, −3C1+5C2 is the curves where we travel along C1 backwards 3 ...

 

DIFFERENTIAL GEOMETRY OF CURVES AND SURFACES MTH406, SEMESTER 2, 2019-2020 Course Information • Instructor: Dr. Sanjay Kumar Singh • Oce: 210, Academic Building 1. • Email: sanjayks@iiserb.ac.in. • Webpage: http://home.iiserb.ac.in/∼sanjayks. • Leture Time table: 2 PM to 2.55 PM, Mon, Tue, Wed. • Leture Venue: 308, AB-1 • Oce Hour: Wednesday 5.00−6.00 PM. If you cannot come during my oce hours please send me an email to make an appointment ...

 

Advanced Placement Calculus Differential Equations and Mathematical Modeling Chapter 7 Section 4 Exponential Growth and Decay Essential Question: Explain how the laws of exponential change are used in the applications of compound interest, radioactivity, Netwon’s Law of Cooling, and resistance proportional to velocity? Student Objectives: The students will be able to solve problems involving exponential growth and decay in a variety of applications. Vocabulary: Compound interest Compounded continuously Continuous interest rate Half-life Newton’s Law of Cooling Radioactive decay ...