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The antilogarithm, often referred to as "antilog," is the inverse operation of finding the exponent to which a given base must be raised to produce a specific number. In simpler terms, it is the inverse function of the logarithm. Calculating antilogs is particularly useful in various mathematical and scientific calculations, especially when dealing with exponential growth or decay.

The calculator raises the given base to the power of the entered logarithm value to compute the antilog.

An antilog calculator is beneficial in scenarios where you need to find the original value from its logarithm, aiding in exponential calculations and solving exponential equations.

`Antilog(x)=Base`

^{x}

Example 1:

Calculate 10 ^{3.5} (antilog of 3.5 with base 10)

Calculation:

Antilog (3.5) = 10^{3.5}

Antilog (3.5) = 3162.2776

Example 2:

Find e ^{2.7} (antilog of 2.7 with base e)

Calculation:

Antilog (2.7) = e^{2.7}

Antilog (3.5) = 14.8797

Example 3:

Determine 2 ^{4.2} (antilog of 4.2 with base 2)

Calculation:

Antilog (4.2) = 2^{4.2}

Antilog (4.2) = 18.3797

Example 4:

Calculate the antilog of 2.5 with a base of 3

Calculation:

Antilog (2.5) = 3^{2.5}

Antilog (2.5) = 15.59

Example 5:

Determine the antilog of -1 with a base of 2

Calculation:

Antilog (-1) = 3^{-1}

Antilog (-1) = 0.5

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