Express the hcf of 467 and 222 as 468x+222x where x and y are different
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By Euclid’s division algorithm,
HCF of 468 and 222 is
468 = (222 x 2) + 24 ----------------------(1)
222 = (24 x 9) + 6 ------------------------(2)
24 = (6 x 4) + 0
So the HCF of 468 and 222 is 6.
Now we have to write 6 as 468x + 222y
6 = 222 - (24 x 9) --------------- [ from (2) ]
Now write 24 as (468 – 222 x 2) -------------- [ from (1) ]
⇒ 6 = 222 - {(468 – 222 x 2) x 9
= 222 - {468 x 9 – 222 x 2 x 9}
= 222 - (468 x 9) + (222 x 18)
= 222 + (222 x 18) - (468 x 9)
= 222[1 + 18] – 468 x 9
= 222 x 19 – 468 x 9
= 468 x -9 + 222 x 19
So HCF of 468 and 222 is (468 x -9 + 222 x 19) in the form 468x + 222y.
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HCF of 468 and 222 is
468 = (222 x 2) + 24 ----------------------(1)
222 = (24 x 9) + 6 ------------------------(2)
24 = (6 x 4) + 0
So the HCF of 468 and 222 is 6.
Now we have to write 6 as 468x + 222y
6 = 222 - (24 x 9) --------------- [ from (2) ]
Now write 24 as (468 – 222 x 2) -------------- [ from (1) ]
⇒ 6 = 222 - {(468 – 222 x 2) x 9
= 222 - {468 x 9 – 222 x 2 x 9}
= 222 - (468 x 9) + (222 x 18)
= 222 + (222 x 18) - (468 x 9)
= 222[1 + 18] – 468 x 9
= 222 x 19 – 468 x 9
= 468 x -9 + 222 x 19
So HCF of 468 and 222 is (468 x -9 + 222 x 19) in the form 468x + 222y.
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Answer.HCF of 468 and 222468 = (222 x 2) + 24222 = (24 x 9) + 624 = (6 x 4) + 0Therefore, HCF = 66 = 222 - (24 x 9) = 222 - {(468 – 222 x 2) x 9 [where 468 = 222 x 2 + 24] = 222 - {468 x 9 – 222 x 2 x 9} = 222 - (468 x 9) + (222 x 18) = 222 + (222 x 18) - (468 x 9) = 222[1 + 18] – 468 x 9 = 222 x 19 – 468 x 9 = 468 x -9 + 222 x 19 Hence, HCF of 468 and 222 in the form of 468x + 222y is 468 x -9 + 222 x 19.Please mark brainliest.........
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