122
Answers
Answered by
12
Hlo
is an irrational number.
Hope it helps uhh❤❤❤
is an irrational number.
Hope it helps uhh❤❤❤
RDmiss:
ok
Answered by
7
e̮l̮l̮o̮ m̮a̮t̮e̮.....
.
ḫe̮r̮e̮ i̮s̮ y̮o̮u̮r̮ s̮o̮l̮u̮t̮i̮o̮n̮...
.
Answer:√122
cannot be simplified. It is an irrational number a little more than 11
Explanation:
√122
is an irrational number, a little greater than 11
The prime factorisation of 122
is:122=2⋅61
Since this contains no factor more than once, the square root of 122
cannot be simplified.
Because 122=121+1=112+1
is of the form n2+1
, the continued fraction expansion of √122
is particularly simple:
√122=[11;¯¯¯¯22]=11+122+122+12+122+122+...
We can find rational approximations for √122
by truncating this continued fraction expansion.
For example:
√122≈[11;22,22]=11+122+122=11+22485=5357485≈11.0453608
ḫo̮p̮e̮ t̮ḫi̮s̮ ḫe̮l̮p̮s̮
.
ḫe̮r̮e̮ i̮s̮ y̮o̮u̮r̮ s̮o̮l̮u̮t̮i̮o̮n̮...
.
Answer:√122
cannot be simplified. It is an irrational number a little more than 11
Explanation:
√122
is an irrational number, a little greater than 11
The prime factorisation of 122
is:122=2⋅61
Since this contains no factor more than once, the square root of 122
cannot be simplified.
Because 122=121+1=112+1
is of the form n2+1
, the continued fraction expansion of √122
is particularly simple:
√122=[11;¯¯¯¯22]=11+122+122+12+122+122+...
We can find rational approximations for √122
by truncating this continued fraction expansion.
For example:
√122≈[11;22,22]=11+122+122=11+22485=5357485≈11.0453608
ḫo̮p̮e̮ t̮ḫi̮s̮ ḫe̮l̮p̮s̮
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