Changing from Logarithmic to **Exponential** **Form** Logarithm worksheets in this page cover the skills based on converting between logarithmic **form** and **exponential** **form**, evaluating logarithmic expressions, finding the value of the variable to make the equation correct, solving logarithmic equations, single logarithm, expanding logarithm using power rule, product rule and quotient rule, expressing the log value in algebraic expression, logarithms using calculator and more. Changing from Logarithmic to **Exponential** **Form** Changing **Forms**? Consider the equation is there a different way to **write** this equation without changing the meaning? The answer is “yes” because radicals can also be written as rational fractional exponents. The equation

**How** to **Write** in **Exponential** **Form** Sciencing Logarithmic and **Exponential** **Form** There are two sections in each worksheet. **Write** the exponent with superscript. Superscript is a **form** of type or writing where the number in superscript is slightly smaller and raised higher than the rest of the text. The normal text is the base number, or the number that gets multiplied by itself, and the superscript is the exponent.

Changing from *Exponential* *Form* to Logarithmic *Form*. The first section is about converting logarithmic **form** to **exponential** **form**. Only Numerals: Sheet 1 | Sheet 2 | Sheet 3 | Grab 'em All Numerals & Variables: Sheet 1 | Sheet 2 | Sheet 3 | Grab 'em All Evaluating Expressions: Level 1 Evaluate the value of each logarithmic expression using power rule. Changing from **Exponential** **Form** to Logarithmic **Form** – Practice Problems Move your mouse over the "Answer" to reveal the answer or click on the "Complete Solution" link to reveal all of the steps required to change from **exponential** **form** to logarithmic **form**. **Write** the **exponential** equation x 6 = 135 in logarithmic **form**. Complete Solution.