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Natural Exponential Functions

Natural Exponential Functions. 1. Use the properties of exponents to simplify the expression (Similar to p.264 #1-4). 2. Use the properties of exponents to simplify the expression (Similar to p.265 #1-4). 4. Sketch the graph of the function (Similar to p.265 #7-18).

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Natural Exponential Functions

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  1. Natural Exponential Functions

  2. 1. Use the properties of exponents to simplify the expression(Similar to p.264 #1-4)

  3. 2. Use the properties of exponents to simplify the expression(Similar to p.265 #1-4)

  4. 4. Sketch the graph of the function(Similar to p.265 #7-18)

  5. 5. Sketch the graph of the function(Similar to p.265 #7-18)

  6. 6. Sketch the graph of the function(Similar to p.265 #7-18)

  7. 7. Sketch the function. Determine whether the function has any horizontal asymptotes and discuss the continuity of the function(Similar to p.265 #17-24)

  8. 8. Complete the table to determine the balance A for P dollars invested at rate r for t years, compounded n times per yearP = $2000, r = 3.2%, t = 15 years(Similar to p.265 #27-30)

  9. 9. Complete the table to determine the amount of money P that should be invested at rate r to produce a final balance of $200,000 in t yearsr = 4.1%, compounded continuously(Similar to p.265 #31-34)

  10. 10. Complete the table to determine the amount of money P that should be invested at rate r to produce a final balance of $200,000 in t yearsr = 2%, compounded weekly(Similar to p.265 #31-34)

  11. 11. Find the effective rate of interest corresponding to a nominal rate of 8% per year compounded (a) annually, (b) semiannually, (c) quarterly, and (d) monthly

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