HCF of 40, 42 and 45 is the largest possible number which divides 40, 42 and 45 without leaving any remainder. The methods to compute the HCF of 40, 42, 45 are explained here.
How to Find the HCF of 106, 159 and 265 by Prime Factorization? To find the HCF of 106, 159 and 265, we will find theprime factorizationof given numbers, i.e. 106 = 2 × 53; 159 = 3 × 53; 265 = 5 × 53. ⇒ Since 53 is the only common prime factor of 106, 159 and ...
HCF or Highest Common Factor can be found by using the Prime Factorisation method and Division Method. Learn to find HCF by shortcut method or formula with examples at BYJU'S.
Cube root of a number is the reverse process of finding the cube of a number. Learn how to find the cube root using prime factorization method along with solved examples at BYJU'S.
The factors of a number are integers when multiplied together to derive the original number itself. To find the factors of a number quickly follow the steps given below: Step 1: Use the prime factorization method to split the prime factors of the number Step 2: After deriving the prime ...
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HCF of 15 and 20 is the largest possible number which divides 15 and 20 without leaving any remainder. The methods to compute the HCF of 15, 20 are explained here.
Methods to Find HCF of 8, 10 and 12 The methods to find the HCF of 8, 10 and 12 are explained below. Using Euclid's Algorithm Listing Common Factors Prime Factorization Method HCF of 8, 10 and 12 by Euclidean Algorithm As per the Euclidean Algorithm, HCF(X, Y) = HCF(Y, X mod ...
number of factors product of factors sum of factors let us assume n is a natural number, for which we need to find the factors. if we convert n into the product of prime numbers by prime factorization method, we can represent it as; n = x a × y b × z c where x, y ...