Can a bounded number sequence be strictly ascending?Bounded Sequence ProofEvery bounded monotone sequence convergesCauchy sequences are bounded?!Why is sequence $(1+frac1n)^n+1$ descending?Show that for a sequence $p_n$ of real numbers, $limsup p_n < +∞$ iff $p_n$ is bounded above.If $a_n$ and $b_n$ are equivalent sequences and $a_n$ is bounded then so is $b_n$.Show that $s_n$ is bounded if $s_n = b_1r + b_2r^2 + … + b_nr^n$ and $0 < r < 1$.Implicit Fact about Bounded Monotone Sequence convergesBolzano-Weierstrass boundedProve that if a sequence is eventually bounded then it is bounded
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Can a bounded number sequence be strictly ascending?
Bounded Sequence ProofEvery bounded monotone sequence convergesCauchy sequences are bounded?!Why is sequence $(1+frac1n)^n+1$ descending?Show that for a sequence $p_n$ of real numbers, $limsup p_n < +∞$ iff $p_n$ is bounded above.If $a_n$ and $b_n$ are equivalent sequences and $a_n$ is bounded then so is $b_n$.Show that $s_n$ is bounded if $s_n = b_1r + b_2r^2 + … + b_nr^n$ and $0 < r < 1$.Implicit Fact about Bounded Monotone Sequence convergesBolzano-Weierstrass boundedProve that if a sequence is eventually bounded then it is bounded
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The title says it. Can a bounded number sequence be strictly ascending / descending?
I have a problem that tells me the sequence of fractional parts $(nx)_ngeq 1$ (where $x$ is given) is ascending. But I know that the sequence is bounded $[0,1)$. Thus, shouldn’t the sequence stop ascending at a point? Please show me a proof or something.
sequences-and-series
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add a comment |
$begingroup$
The title says it. Can a bounded number sequence be strictly ascending / descending?
I have a problem that tells me the sequence of fractional parts $(nx)_ngeq 1$ (where $x$ is given) is ascending. But I know that the sequence is bounded $[0,1)$. Thus, shouldn’t the sequence stop ascending at a point? Please show me a proof or something.
sequences-and-series
$endgroup$
$begingroup$
A series deals with summation. A sequence deals with individual elements.
$endgroup$
– Subhasis Biswas
2 hours ago
add a comment |
$begingroup$
The title says it. Can a bounded number sequence be strictly ascending / descending?
I have a problem that tells me the sequence of fractional parts $(nx)_ngeq 1$ (where $x$ is given) is ascending. But I know that the sequence is bounded $[0,1)$. Thus, shouldn’t the sequence stop ascending at a point? Please show me a proof or something.
sequences-and-series
$endgroup$
The title says it. Can a bounded number sequence be strictly ascending / descending?
I have a problem that tells me the sequence of fractional parts $(nx)_ngeq 1$ (where $x$ is given) is ascending. But I know that the sequence is bounded $[0,1)$. Thus, shouldn’t the sequence stop ascending at a point? Please show me a proof or something.
sequences-and-series
sequences-and-series
edited 2 hours ago
furfur
asked 2 hours ago
furfurfurfur
619
619
$begingroup$
A series deals with summation. A sequence deals with individual elements.
$endgroup$
– Subhasis Biswas
2 hours ago
add a comment |
$begingroup$
A series deals with summation. A sequence deals with individual elements.
$endgroup$
– Subhasis Biswas
2 hours ago
$begingroup$
A series deals with summation. A sequence deals with individual elements.
$endgroup$
– Subhasis Biswas
2 hours ago
$begingroup$
A series deals with summation. A sequence deals with individual elements.
$endgroup$
– Subhasis Biswas
2 hours ago
add a comment |
2 Answers
2
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$begingroup$
I presume you mean sequence, not series. For example, the sequence $1 - 1/n$ is bounded and strictly increasing.
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add a comment |
$begingroup$
Sure it can.
Hint
$0.9 ;,; 0.99 ;,; 0.999 ;,; ldots$
$endgroup$
add a comment |
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2 Answers
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2 Answers
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$begingroup$
I presume you mean sequence, not series. For example, the sequence $1 - 1/n$ is bounded and strictly increasing.
$endgroup$
add a comment |
$begingroup$
I presume you mean sequence, not series. For example, the sequence $1 - 1/n$ is bounded and strictly increasing.
$endgroup$
add a comment |
$begingroup$
I presume you mean sequence, not series. For example, the sequence $1 - 1/n$ is bounded and strictly increasing.
$endgroup$
I presume you mean sequence, not series. For example, the sequence $1 - 1/n$ is bounded and strictly increasing.
answered 2 hours ago
Robert IsraelRobert Israel
327k23216469
327k23216469
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$begingroup$
Sure it can.
Hint
$0.9 ;,; 0.99 ;,; 0.999 ;,; ldots$
$endgroup$
add a comment |
$begingroup$
Sure it can.
Hint
$0.9 ;,; 0.99 ;,; 0.999 ;,; ldots$
$endgroup$
add a comment |
$begingroup$
Sure it can.
Hint
$0.9 ;,; 0.99 ;,; 0.999 ;,; ldots$
$endgroup$
Sure it can.
Hint
$0.9 ;,; 0.99 ;,; 0.999 ;,; ldots$
answered 2 hours ago
StackTDStackTD
23.4k2153
23.4k2153
add a comment |
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-sequences-and-series
$begingroup$
A series deals with summation. A sequence deals with individual elements.
$endgroup$
– Subhasis Biswas
2 hours ago