Antilog calculator is used to calculate the antilog of a number with the arbitrary base. It can calculate the antilog value with any given base. The inverse log calculator finds the inverse function of log with the specified base number. In this post, we will explain antilog, how to calculate antilog on calculator, what is the inverse of log 10, and much more.
Antilog Calculator
Table of Contents:
Antilog Formula
Antilog _{a} (log _{a} (x)) = x
To calculate the antilog using the inverse of log base 10 calculator, follow these steps:
Antilog calculator instantly calculates the antilog value for the given number and base. To calculate the log of any number, you can use our log calculator anytime.
The logarithm x and base are known in some problems, but x is unknown. The opposite or inverse function of a logarithm is an antilogarithm. An antilog base is always a positive number because the root of an exponential function is not negative. Since the inverse is an exponential function of a logarithm,
Antilog _{a} (log _{a} (x)) = x
If log _{a }x=b, then x is called the antilogarithm of b and is written as:
x = antilog _{a }b = a^{b}
The antilogarithm of b with base a is consequently a^{b}. If the antilog basis isn't written, the base of the antilog will be 10^{b} by default since log x means base 10 logarithm.
When the numbers are written in billions and trillions, it is relatively complicated to deal with those numbers. The log will work for you, irrespective of whether it concerns income, population growth, or large distances. It can make it easier to understand the large amounts of lengthy and complicated equations.
Antilog is used to reverse the log function in any number. We use antilog to get back the original number that we have acquired after using the logarithm.
To find antilog of a number with a base, follow these steps:
Example:
Let's understand the antilog calculation by using an example.
Calculate antilog of 2 with the base 10.
Solution:
Step 1: Write down the number as a to calculate the antilog.
a = 2
Step 2: Specify the base of the number to calculate antilog.
b = 10
Step 3: Raise the antilog number to the power of base b.
x = antilog _{2 }10 = 2 ^{10}
x = 2 ^{10} = 100
Step 4: Resulting number will be the antilog number with the specified base.
So, the antilog of 2 with base 10 is 100. Similarly, you can find the antilog of any number by using the above method.
If you want further explaination you can watch video below
antilog(2) | 10^{2} | 100 |
antilog(1) | 10^{1} | 10 |
antilog(10) | 10^{10} | 10000000000 |
antilog_{2} 5 | 2^{5} | 32 |
antilog_{2} 2 | 2^{2} | 4 |
antilog(3) | 10^{3} | 1000 |
antilog_{3} 5.5 | 3^{5.5} | 420.8883 |
antilog_{2} 1.5 | 2^{1.5} | 2.8284 |
antilog(15.6) | 10^{15.6} | 3.981071705535E+15 |
antilog(8) | 10^{8} | 100000000 |
antilog(0) | 10^{0} | 1 |
antilog(4) | 10^{4} | 10000 |
antilog(5) | 10^{5} | 100000 |
antilog(9) | 10^{9} | 1000000000 |
antilog(12) | 10^{12} | 1000000000000 |
antilog(20) | 10^{20} | 1.0E+20 |
antilog(22) | 10^{22} | 1.0E+22 |
antilog(13) | 10^{13} | 10000000000000 |
antilog(18) | 10^{18} | 1.0E+18 |
antilog(5) | 10^{5} | 100000 |
antilog(14) | 10^{14} | 1.0E+14 |