The antilog of 3 will vary depending on the base of the original logarithm. The formula for solving this problem is y = b3, where b is the logarithmic base, and y is the result. For example, if the base is 10 (as is the base for our regular number system), the result is 1000. If the base is 2, the antilog of 3 is 8.

Also, What is antilog formula?

Antilog Definition: The Antilog which is also known as “Anti- Logarithms”, of a number is the inverse technique of finding the logarithm of the same number. Consider, if x is the logarithm of a number y with base b, then we can say y is the antilog of x to the base b. It is defined by. If logb y = x Then, y = antilog x.

Hereof, What is the antilog of 1?

Value of AntiLog(1) = 10.00

Function Number
Log AntiLog nLog Exp ( ) = ?

Also to know What is the antilog of 5? Value of AntiLog(5) = 100,000.00

Function Number
Log AntiLog nLog Exp ( ) = ?

How do you take the antilog of 2?

1. If log(a)=b. then antilog(b)=a.
2. So we are looking for the value a for which. log(a)=2.
3. By definition of log. log(a)=2. means. 102=a.

## What is the antilog of 15?

Value of AntiLog(15) = 1 x 1015

Function Number
Log AntiLog nLog Exp ( ) = ?

## What’s the value of E?

The exponential constant is an important mathematical constant and is given the symbol e. Its value is approximately 2.718.

## What is the antilog of zero?

What is and How to Find Inverse Logarithm?

antilog

b

x = b

x
antilog(0)
10

0

1
antilog(4) 10

4
10000
antilog(5) 10

5
100000
antilog(9) 10

9
1000000000

## What is antilog 2 value?

Value of AntiLog(2) = 100.00

Function Number
Log AntiLog nLog Exp ( ) = ?

## What is the antilog of 14?

Some important antilog values

antilog(2) 10

2
100
antilog(13) 10

13
10000000000000
antilog(18) 10

18
1.0E+18
antilog(5) 10

5
100000
antilog(14)
10

14

1.0E+14

## Why is e so special?

The number e is one of the most important numbers in mathematics. … e is an irrational number (it cannot be written as a simple fraction). e is the base of the Natural Logarithms (invented by John Napier). e is found in many interesting areas, so is worth learning about.

## What is e to zero?

For all numbers, raising that number to the 0th power is equal to one. So we know that: e0=1.

## What is e to the power of?

e (Napier’s Number) and its approximate value is 2.718281828. x is the power value of the exponent e. Based on the exponent e value 2.718281828 and raised to the power of x it has its own derivative, It is a famous irrational number and also called Euler’s number after Leonhard Euler.

## How do I use antilog?

To compute the antilog of a number y, you must raise the logarithm base b (usually 10, sometimes the constant e) to the power that will generate the number y. Where x is the exponent and y is the antilog value. For instance, if we take this equation, log(5) = x, its antilog will be 10x = 5.

## How do you convert antilog to log?

Multiply a common log by 2.303 to obtain the corresponding natural log. The antilogarithm (also called an antilog) is the inverse of the logarithm transform. Since the logarithm (base 10) of 1000 equals 3, the antilogarithm of 3 is 1000. To compute the antilogarithm of a base 10 logarithm, take ten to that power.

## How do you solve antilog?

If log M = x, then M is called the antilogarithm of x and is written as M = antilog x. For example, if log 39.2 = 1.5933, then antilog 1.5933 = 39.2. If the logarithmic value of a number be given then the number can be determined from the antilog-table.

## How do you find the natural antilog?

Multiply a common log by 2.303 to obtain the corresponding natural log. The antilogarithm (also called an antilog) is the inverse of the logarithm transform. Since the logarithm (base 10) of 1000 equals 3, the antilogarithm of 3 is 1000. To compute the antilogarithm of a base 10 logarithm, take ten to that power.

## How do you find the log and antilog table?

Below are the steps to find the antilog.

1. The first step is to separate the characteristic and the mantissa part of the number.
2. Use the antilog table to find a corresponding value for the mantissa. …
3. The antilog table also includes columns which provide the mean difference. …
4. Add the values so obtained.

## How do you find the negative antilog?

First convert the negative number in to two parts one negative ( characteristic) and the decimal part( Mantissa) into positive. For example, lets take antilog of. -7.5231. by adding +8 and subtracting -8 as follows : -7.5231 +8 – 8 = -8 + (8-7.5231) = -8+ 0.4769.

## What is base antilog?

The anti-logarithm of a number is the inverse process of finding the logarithms of the same number. If x is the logarithm of a number y with a given base b, then y is the anti-logarithm of (antilog) of x to the base b. Natural Logarithms and Anti-Logarithms have their base as 2.7183.

## Why do we use e?

e is the base rate of growth shared by all continually growing processes. e lets you take a simple growth rate (where all change happens at the end of the year) and find the impact of compound, continuous growth, where every nanosecond (or faster) you are growing just a little bit.

## Is e related to pi?

2 Answers. These two numbers are not related. At least, they were not related at inception ( π is much-much older, goes back to the beginning of geometry, while e is a relatively young number related to a theory of limits and functional analysis).

## What is the e in calculator?

On a calculator display, E (or e) stands for exponent of 10, and it’s always followed by another number, which is the value of the exponent. For example, a calculator would show the number 25 trillion as either 2.5E13 or 2.5e13. In other words, E (or e) is a short form for scientific notation.

## What power of e gives 0?

Answer: The value of e to the power of 0 is 1.

## What is the value of e raised to minus zero?

The value of e^0 = 1. To prove e^0=1 : Any two same numericals or variables with differ sign tends to cancel each other hence the output becomes zero.

## What is 3/4 to the power?

Examples: 3 raised to the power of 4 is written 34 = 81.