Complete the following tables. * - 5 r- 3 72 – 6x + 9. r- 3 ² – 6x + 9. 2.5 3.5 2.8 3.2 2.9 3.1 2.99 3.01 2.999 3.001 2.9999 3.0001 From the table, determine the following limits. x - 5 1. lim 4. lim 2-3- r2 – 6x +9 1+3- 2. lim 5. lim 1-3+ x2 - 6r + 9 1+3+ 3. lim 1-3 x - 3 6. lim 13 r2 – 6x + 9

Complete the following tables. * - 5 r- 3 72 – 6x + 9. r- 3 ² – 6x + 9. 2.5 3.5 2.8 3.2 2.9 3.1 2.99 3.01 2.999 3.001 2.9999 3.0001 From the table, determine the following limits. x - 5 1. lim 4. lim 2-3- r2 – 6x +9 1+3- 2. lim 5. lim 1-3+ x2 - 6r + 9 1+3+ 3. lim 1-3 x - 3 6. lim 13 r2 – 6x + 9

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter5: Inverse, Exponential, And Logarithmic Functions

Section5.2: Exponential Functions

Problem 12E

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Now lets use a graphing calculator to get a graph of C=59(F32). By letting F=x and C=y, we obtain Figure 7.15. Pay special attention to the boundaries on x. These values were chosen so that the fraction (Maximumvalueofx)minus(Minimumvalueofx)95 Would be equal to 1. The viewing window of the graphing calculator used to produce Figure 7.15 is 95 pixels dots wide. Therefore, we use 95 as the denominator of the fraction. We chose the boundaries for y to make sure that the cursor would be visible on the screen when we looked for certain values. This was accomplished by setting the aforementioned fraction equal to 1 By moving the cursor to each of the F values, we can complete the table as follows. F 5 5 9 11 12 20 30 45 60 C 21 15 13 12 11 7 1 7 16 The C values are expressed to the nearest degree. Use your calculator and check the values in the table by using the equation C=59(F32).

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