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A group project from a mathematics course (mth 252h) focused on understanding the concept of limits. The project includes three problems that require students to analyze functions, tables, and graphs to determine if limits exist and their values. The problems cover various topics such as calculating limits using tables and graphs, understanding the relationship between side lengths and ratios in right triangles, and evaluating limits using numerical and graphical evidence.
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MTH 252H-Lee Group Project 2 Fall 2004
This project helps build your understanding of the limit concept and what it means for an limit to exist.
Problem 1 (On Understanding Limits) Let
f (x) =
ex^ 1 x x^2 = 2 x^3 for x 6 = 0: (a) Use a calculator to complete the following table: x 10 ^1 10 ^11 10 ^12 10 ^12 10 ^11 10 ^1 f (x)
Make this a two column table in your report. (b) Based on the table answer the following questions and give reasons in support of your answers: Do you think f (x) has a limit as x! 0? If yes, what is it and why? If no, why? (c) Graph y = f (x) say for x in [ 1 ; 1] n f 0 g : Now what do you think about your answers to (b)? Same? Di§erent? Why?
Problem 2 (Remember Pythagorus) 4 ABC has a right angle at C; AB = c units, and D is the midpoint of side BC: (a) If side BC grows in length tending to inÖnity, what can be said of the limiting value of the ratio AC=AD? (b) If side BC shrinks in length tending to zero, what can be said of the limiting value of the ratio AC=AD?
Problem 3 (On Understanding Limits) (a) Use numerical and/or graphical evidence to evaluate
x^ lim! 0 (1 +^ x)^1 =x correct to two decimal places. Brieáy explain why you believe you have achieved two decimal place accuracy. (b) Can numerical and/or graphical evidence such as you developed in (a) be used to determine the exact value of limx! 0 (1 + x)^1 =x? Explain brieáy. (c) Can you be certain from your work in (a) that limx! 0 (1 + x)^1 =x^ exists? Explain brieáy.