# limits of indeterminate forms worksheet

Examples and interactive practice problems, explained and worked out step by step Indeterminate Limits---Rationalizing 0/0 Forms. Some forms of limits are called indeterminate if the limiting behaviour of individual parts of the given expression is not able to determine the overall limit. Evaluate the following limits algebraically. but has a very convincing graphical rationale. Indeterminate Forms of Limits. really interesting limits for indeterminate forms. Be able to compute limits involving indeterminate forms 11 , 0 1, 00, 10, and 11by manipulating the limits into a form where l’H^opital’s Rule is applicable. PRACTICE PROBLEMS: For problems 1-27, calculate the indicated limit. 2. CP Calculus Infinite Limits and Indeterminate Forms Section 1.6 Name _____ Date _____ 1. a. lim → ¶ 2 E3 5 E7 L b. lim → ? Examples with detailed solutions and exercises that solves limits questions related to indeterminate forms such as : Theorem A second version of L'Hopital's rule allows us to replace the limit problem with another simpler problem to solve. ¶ 10 T 9 E T 831 T : L c. lim → 4 6 1 3 L Use the graph below to evaluate the given limits. If a limit does not exist, write +1, 1 , or DNE (whichever is most appropriate). In this worksheet, we will practice applying L’Hôpital’s rule to evaluate the limits of the indeterminate forms 0.∞, 0^∞, 1^∞, 0^0, and ∞ - ∞. And since I am at it, let me finish with another classical fact about limits that will be used later (and only once, really!) Indeterminate forms of Limits. Have them consider the value of sin(0) in order to understand that ( ) == 1 sin 0 0 Y(0) 00. Limits of Indeterminant Forms TEACHER NOTES ©2015 Texas Instruments Incorporated 2 education.ti.com Problem 1 – Graphical Limit At the beginning of the activity, the student is introduced/reminded of the concept of indeterminate. Make sure that l’H^opital’s Rule applies before using it. If we have the limits like, $$\lim_{x\rightarrow 0}f(x) = \lim_{x\rightarrow 0}g(x) = 0,$$, then $$\lim_{x\rightarrow 0}\frac{f(x)}{g(x)}$$.