Plzz answer as possible
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heya.....
By Euclid's Division Algorithm,
237=81(2)+(75)
81=75(1) + (6)
75=6(12)+(3)
6=3(2)+(0)
Hcf =3
Expressing it in the form of 237x+81y=HCF
3=75-6(12) { From 2nd last step}
3=75-(81-75)(12) {Substituting}
3=75-(81*12-75*12)
3=75-81*12+75*12
3=75(13)-81(12)
3=(237-81*2)(13)-81(12)
3=237(13)-81(38)
3=237(13)+81(-38) {we need an expression in the form 237x + 81y }
Therefore, x =13 , y =- 38
tysm.#gozmit
By Euclid's Division Algorithm,
237=81(2)+(75)
81=75(1) + (6)
75=6(12)+(3)
6=3(2)+(0)
Hcf =3
Expressing it in the form of 237x+81y=HCF
3=75-6(12) { From 2nd last step}
3=75-(81-75)(12) {Substituting}
3=75-(81*12-75*12)
3=75-81*12+75*12
3=75(13)-81(12)
3=(237-81*2)(13)-81(12)
3=237(13)-81(38)
3=237(13)+81(-38) {we need an expression in the form 237x + 81y }
Therefore, x =13 , y =- 38
tysm.#gozmit
Taanya284:
thanks
Answered by
0
Hey mate!
Here's your answer!!
237=81*2+75..........(1)
81=75*1+6.........(2)
75=6*12+3..........(3)
6=3*2+0.........(4)
So the HCF of 81 and 237 will be 3.
Now to expresss it as a linear combination of 81 and 237 .
From (3) we have ,
•3=75-6×12
=>3=75-(81-75×1)×12
=>3=13×75-12×81
=>3=13×(237-81×2)-12×81
=>3=13×237-26×81-12×81
=>3=13×237-38×81
=>3=237x+81y,
where x=13 and yb= -38.
✌ ✌ ✌
#BE BRAINLY
Here's your answer!!
237=81*2+75..........(1)
81=75*1+6.........(2)
75=6*12+3..........(3)
6=3*2+0.........(4)
So the HCF of 81 and 237 will be 3.
Now to expresss it as a linear combination of 81 and 237 .
From (3) we have ,
•3=75-6×12
=>3=75-(81-75×1)×12
=>3=13×75-12×81
=>3=13×(237-81×2)-12×81
=>3=13×237-26×81-12×81
=>3=13×237-38×81
=>3=237x+81y,
where x=13 and yb= -38.
✌ ✌ ✌
#BE BRAINLY
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