The document discusses antilogarithms and how they are the inverse operation of logarithms. It states that the antilogarithm of a number is equal to the exponent when that number is the logarithm of the base. It then provides examples of finding the antilogarithm of 4.63 for different bases, including bases 2, 10, and the mathematical constant e, which is approximately equal to 2.71828.

1. 67. Antilogarithms.notebook April 18, 2013
67. Antilogarithms
A logarithm is equal to the exponent.
The answer is equal to the antilogarithm.
base
exp = ans logbase
ans = exp

2. 67. Antilogarithms.notebook April 18, 2013
1. If the base is 2, find the antilogarithm of 4.63.

3. 67. Antilogarithms.notebook April 18, 2013
2. Use a calculator to find the antilogarithm of 4.63 if the base is 10.

4. 67. Antilogarithms.notebook April 18, 2013
3. Use a calculator to find the base e antilogarithm of 4.63.

5. 67. Antilogarithms.notebook April 18, 2013
4. Write the value of e to 5 decimal places.

6. 67. Antilogarithms.notebook April 18, 2013
5. Estimate antiloge
(­3.2)