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Use the log table to find the logarithm of every number and simplify the expression to a single number. Find the antilog of the number from the previous step using the anti log table and that will be the final result of the given expression. Example: Evaluate √(0.00153) using log and antilog table. Solution: Let x = √(0.00153) = (0.00153) 1/2.

Calculation of Antilog. The logarithm of any number can be divided into two parts: the characteristic and the mantissa. These components help us calculate the value of the antilogarithm for any given logarithmic value.. To calculate the antilogarithm (also known as the inverse logarithm) using the characteristic and mantissa, you need to understand the structure of a logarithmic number.

Find the value from the mean difference columns. The antilog table also includes a set of columns known as “mean difference columns.” Look at the same row as before (the row corresponding to the first two digits of your mantissa), but this time, find the column number equal to the fourth digit of the mantissa. In the example above, you would again use the row number begi

Log and antilog tables are given above, check the values from that table which are used to solve the examples given below. How to calculate log using the log table? Consider a number 15.27, find its log value. Step 1: Understand the concept of the logarithm. Each log table is only usable with a certain base. The most common type of logarithm ...

know how to use the log table. The log table is given for the reference to find the values. • Step 1: Understand the concept of the logarithm. Each log table is only usable with a certain base. The most common type of logarithm table is used is log base 10. • Step 2: Identify the characteristics and mantissa part of the given number. For ...

The antilog table is divided into three blocks: The first block is the main column (the first column) with numbers from 0.00 to 0.99; The second block (the differences columns) with digits 0 to 9; The third block (the mean differences columns) with digits 1 to 9; Now, using the antilog table, let us find the antilogarithm value (base 10) of the number 2.3924.

For example, to find. log 10 (150), recognize it as 1.5 × 10 2. Look Up the Significant Digit: Find the log value for the significant digit (1.5 in our example) in the table. Log tables typically list values for 1.00 to 9.99. Adjust for the Power of 10: Add the power of 10 to the log value you found.

Calculating the antilog using Antilog table. Follow the steps given below to calculate the antilog of a number using the antilog table. Let us consider a number: 2.5463. Step 1: The first thing to do is to separate the characteristic and the mantissa part. In the above example, the characteristic part is 2 while the mantissa part is 5463. Step ...

Find antilog 2.5463. Solution: Clearly, we are to find the number whose logarithm is 2.5463. For this consider the mantissa .5463. Now find .54 in the extreme left-hand column of the antilog-table (see four-figure antilog-table) and then move horizontally to the right to the column headed by 6 of the top-most row and read the number 3516.

Mantissa Part – The decimal part of the logarithm number for a given number is called the mantissa part, and it should always be a positive value. If the mantissa part is in a negative value, convert into the positive value. Procedure to Find the Antilog of a Number Method 1: Using an Antilog Table. Consider a number, 2.6452

How to Compute the Antilog of a Number Method 1: Using the Antilog Table. Let's consider a number, 3.1245 Step 1: Split the number into the characteristic part and the mantissa part. In this example, the characteristic part is 3, and the mantissa part is 1245. Step 2: Refer to the antilog table to find the corresponding value of the mantissa part.

For example, if we have log base 10 of 3, then the antilog of this value can be calculated as follows: The base is 10. Raise 10 to the power of 3: 10 3 = 1000; Therefore, the antilog of log base 10 of 3 is 1000. Uses of Antilog. Antilog is used in various fields, including mathematics, science, engineering, and finance. Some common uses of ...

Example 1: (with table) Calculate the antilog of 2.4856 Solution: Using an antilog table. Step 1: Locate the characteristic and Mantissa value in the table. Characteristic: 2. Mantissa: 0.4856. Step 2: Focus on the mantissa. Use the first two digits after the decimal point 48 as the row number and the third digit 5 as the column number in the ...

When we find the antilog of a number, use its mantissa to see its corresponding number from the log table, and use its characteristic for placing the decimal point. Every time we use a logarithm to perform a calculation, we must first simplify the expression's log before applying antilog. Make sure that mantissa is positive.

Finding Antilog Using Antilog Table To find antilog by using the antilog table, you can follow these steps: Separately write down the mantissa and characteristics of the given logarithmic number. Locate the very left first two digits of the mantissa in the left column and the third digit at the top row of the antilog table.

If we have $ \log \ x=y $, then $] x $ is the anti-logarithm of $ y $ and is written as $ x=anti-log \ ⁡y $ Antilog Table. An antilog table is a reference table used to find the anti-logarithm, the inverse operation of finding the logarithm. In mathematics, logarithms are used to solve exponential equations, and anti-logarithms are used to ...

To find the logarithm of any number and simplify the equation to a single number, use the log table. Using the antilog table, find the antilog of the number from the previous step, and that will be the final result of the supplied expression. Points to remember: the antilog of any positive or negative number is always positive.

Mantissa Part – The decimal part of the logarithm number for a given number is called the mantissa part, and it should always be a positive value. If the mantissa part is in a negative value, convert into the positive value. Procedure to Find the Antilog of a Number Method 1: Using an Antilog Table. Consider a number, 2.6452

The antilog table provides values for the antilogarithm function. Firstly, you take the logarithm of the number you’re working with. Once you have the value of the logarithm, use the antilog table to find the number that corresponds to this logarithmic value. The value from the antilog table gives you the simplified result.