EXPONENTIAL FORM LOGARITHMIC FORM - newtonk12maus 2025

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  1. Click ‘Get Form’ to open it in the editor.
  2. Begin by entering your name at the top of the form where indicated.
  3. For each problem under 'EXPONENTIAL FORM', rewrite the expressions as necessary. Fill in the blanks with the appropriate numbers based on your calculations.
  4. Move to the 'LOGARITHMIC FORM' section. Here, you will convert given logarithmic expressions into their equivalent forms. Ensure you understand how to read and interpret each statement.
  5. Evaluate each function listed, rewriting them in exponential form if needed. This will help clarify your answers.
  6. Finally, solve each equation for the variable as instructed, ensuring all steps are clearly documented in the provided fields.

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An exponential function has the form ax, where a is a constant; examples are 2x, 10x, ex. The logarithmic functions are the inverses of the exponential functions, that is, functions that undo the exponential functions, just as, for example, the cube root function undoes the cube function: 323=2.
2:21 3:14 And I see another base of seven. And I see that there are two sevens so 7 has an exponent of two. SoMoreAnd I see another base of seven. And I see that there are two sevens so 7 has an exponent of two. So 555,660 in exponent form is 2 power * 3 4th power * 5 * 7 to the 2.