HCF of 650 and 1170 is the largest possible number which divides 650 and 1170 without leaving any remainder. The methods to compute the HCF of 650, 1170 are explained here.
HCF of 405 and 2520 is the largest possible number which divides 405 and 2520 without leaving any remainder. The methods to compute the HCF of 405, 2520 are explained here.
From the word itself,Prime Factorizationis a method of getting the factors of a number that areprime numbers. Whether we are using Factor Tree or Tabular Division, our goal is to end up with prime factors, multiply them and declare it as the HCF. The first five prime numbers are 2, 3,...
Presentation on theme: "Prime Factors Friday, 19 February 2016 Objective Write a number as a product of its prime factors. Find the HCF and LCM of two numbers."— Presentation transcript: 2 Prime Factors Friday, 19 February 2016 Objective Write a number as a product of its prime factors. ...
1 is not a prime number because by definition, a prime number must have 1 and the number itself (which must be a different number from 1) as factors. But in the case of 1, the factors of it are 1 and 1 as well. Unlike the smallest prime number, 2, which has factors of 1 and...
HCF of 196 and 38220 is the largest possible number which divides 196 and 38220 without leaving any remainder. The methods to compute the HCF of 196, 38220 are explained here.
HCF of 867 and 225 is the largest possible number which divides 867 and 225 without leaving any remainder. The methods to compute the HCF of 867, 225 are explained here.
HCF of 506 and 1155 is the largest possible number which divides 506 and 1155 without leaving any remainder. The methods to compute the HCF of 506, 1155 are explained here.
HCF of 396 and 1080 is the largest possible number which divides 396 and 1080 without leaving any remainder. The methods to compute the HCF of 396, 1080 are explained here.
HCF of 12 and 30 is the largest possible number which divides 12 and 30 without leaving any remainder. The methods to compute the HCF of 12, 30 are explained here.