find the least number that should be added to 36516,so that the result is exactly divisible by 456
Answers
By using division algorithm:
************************************
Dividend = divisor × quotient +
remainder
***********************************************
According to the problem ,
Dividend = 36516
Divisor = 456
36516 = 456 × 80 + 36
To find the least number which
should be added to dividend
We use following rule :
least number = divisor - remainder
least number = 456 - 36 = 420
Therefore Required least number =
420
420 is the least number which should
be added to the 36516 so that the
new Dividend is exactly divisible by
456.
Verification:
***************
New dividend = 36516 + 420 = 36936
36936 = 456 × 81 + 0
Remainder = 0
36936 is exactly divisible by 456.
I hope this will useful to you.
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Answer:
Step-by-step explanation:
Concept:
An algorithm for dividing two integers, N and D, into their quotient and/or remainder, or the product of Euclidean division, is known as a division algorithm. Some are done by hand, while software and digital circuit designs are used for others.
There are two basic types of division algorithms: slow division and quick division. Each cycle of slow division algorithms yields one digit of the final quotient. Restoration, non-performing restoration, non-restoring, and SRT division are a few examples of sluggish division. Fast division techniques yield twice as many digits of the final quotient on each repetition, starting with a close approximation of the ultimate quotient. These include the Newton-Raphson and Goldschmidt algorithms.
Fast multiplication algorithms can be used thanks to these algorithms' variations. As a result, the computer time increases for large integers.
Regardless of the multiplication method employed, the time required for a division is equal to the time required for a multiplication up to a constant factor.
Given:
Dividend =
Divisor =
Find:
We have to find the least number that should be added to so that the result is exactly divisible by
Solution:
Given that Dividend =
Divisor =
Applying the algorithmic rule for division
Verification method:
New dividend
Remainder =
is exactly divisible by
Therefore, adding to is the smallest number necessary to make the result exactly divisible by .
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