Find the value of m if HCF of 65 and 117 is expressible in the form 65m - 117 . Pls answer by full method pls
Answers
Answered by
18
Hey there !!
____________________________________
HCF of 65 and 117
65 > 117
117 = 1 × 65 + 52
65 = 1 × 52 + 13
52 = 4 × 13 + 0
HCF ( 65 , 117 ) = 13
Now. 65m – 117 = 13
=> 65m = 117 + 13
=> 65m = 130
=> m = 130 / 65
=> m = 2
____________________________________
____________________________________
HCF of 65 and 117
65 > 117
117 = 1 × 65 + 52
65 = 1 × 52 + 13
52 = 4 × 13 + 0
HCF ( 65 , 117 ) = 13
Now. 65m – 117 = 13
=> 65m = 117 + 13
=> 65m = 130
=> m = 130 / 65
=> m = 2
____________________________________
Answered by
11
Heya.....^_^
Here's ur ans. ⤵
==========================================
H.C.F (65, 117)
Using Euclid's Division Lemma,
65 < 117
Therefore
117 = 65×1+52
Since remainder isn't 0 , this process will be continued until the remainder become 0
65 = 52×1 + 13
↪ 13 = 13×1 + 0
Hence , (HCF) = 13
Now , ⬇
↪ 65m -117 = 13
65m = 13+117
65m= 130
m = 130/65
✡✡. m = 2. ✡✡
◾◾Hope it helps◾◾
Here's ur ans. ⤵
==========================================
H.C.F (65, 117)
Using Euclid's Division Lemma,
65 < 117
Therefore
117 = 65×1+52
Since remainder isn't 0 , this process will be continued until the remainder become 0
65 = 52×1 + 13
↪ 13 = 13×1 + 0
Hence , (HCF) = 13
Now , ⬇
↪ 65m -117 = 13
65m = 13+117
65m= 130
m = 130/65
✡✡. m = 2. ✡✡
◾◾Hope it helps◾◾
Similar questions