19 ÷ 6 = 3 r 1
6 ÷ 1 = 6 r 0
→ hcf(19, 6) = 1.
34034 = 510 x 66 + 374 510 = 374 X 1 + 136 374 = 136 X 3 + 102 136 = 102 X 1 + 34 102 = 34 X 3.......THUS 34 IS THE HCF OF 34034 AND 510.
The LCM (least common multiple) of numbers a,b is defind as (a*b)/(hcf(a,b)) the hcf(16,14) can be found with Euclid algorithm 16=(14)(1)+2 14=(2)(7)+0 thus hcf(16,14)=2 16*14=224 224/2=112 thus the LCM of 14 and 16 is 112
The HCF of 40 & 12 is... 4
hcf(18, 30) = 6.
The HCF of 4 and 90 is 2.
3
hcf = 18
225=135*1+110 135=110*1+25 110=25*4+10 25=10*2+5 10=5*2+0 so, the HCF of 135 and225 is 5.
34034 = 510 x 66 + 374 510 = 374 X 1 + 136 374 = 136 X 3 + 102 136 = 102 X 1 + 34 102 = 34 X 3.......THUS 34 IS THE HCF OF 34034 AND 510.
he was the father of geometery. 3 contributions are:::----He found out that they are infinetly prime numbers----Euclid's algorithm- commonly known as HCF----He proved out that there are 5 platonic solidsThats all i know but im not sure that they're rite. i hoped it helped! :)
The LCM (least common multiple) of numbers a,b is defind as (a*b)/(hcf(a,b)) the hcf(7,16) can be found with Euclid algorithm 16=(7)(2)+2 7=(3)(2)+1 2=(1)(2)+0 thus hcf(16,14)=1 7*16=94 94/1=94 thus the LCM of 7 and 16 is 94
The LCM (least common multiple) of numbers a,b is defind as (a*b)/(hcf(a,b)) the hcf(16,14) can be found with Euclid algorithm 16=(14)(1)+2 14=(2)(7)+0 thus hcf(16,14)=2 16*14=224 224/2=112 thus the LCM of 14 and 16 is 112
Yes.First find the HCF of two of the numbers, then find the HCF of that answer and the third number.In this way you could find the HCF of as many numbers as you want.
For the division of quantities
Ans: 1
The GCF of 36 and 50 is 2.The HCF, or highest common factor, can be found using Euclid's algorythmHCF(36,50)50=(36)(1)+1436=(14)(2)+814=(8)(1)+68=(6)(1)+26=(2)(3)+0thus the HCF of 36 and 50 is 2the answer is 236 = 1,9,4,18,2,3,12,6,6,3650 = 1,25,2,5,10,50The GCF is 2.
The GCF of 12 and 20 is 4.