Explanation required for “Independence-dimension inequality” proof in “Introduction to Applied Linear Algebra by Boyd” Announcing the arrival of Valued Associate #679: Cesar Manara Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern)$det(aI-T) = 0$ implies $a$ is an eigenvalue of $T$Independence Number Proof ExplanationUnderstanding a proof of a theorem from S.Roman's “Advanced Linear Algebra”Proof of Triangle Inequality Wikipedia Proof ExplanationProof explanation requiredDimension of Brownian MotionExplanation of inequality proofdoubts in Cauchy-Schwarz inequality proofGiven finitely many squares whose areas add up to 1, show that they can be arranged without overlaps inside a square of area 2.Proof in linear algebra/calculus
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Explanation required for “Independence-dimension inequality” proof in “Introduction to Applied Linear Algebra by Boyd”
Announcing the arrival of Valued Associate #679: Cesar Manara
Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern)$det(aI-T) = 0$ implies $a$ is an eigenvalue of $T$Independence Number Proof ExplanationUnderstanding a proof of a theorem from S.Roman's “Advanced Linear Algebra”Proof of Triangle Inequality Wikipedia Proof ExplanationProof explanation requiredDimension of Brownian MotionExplanation of inequality proofdoubts in Cauchy-Schwarz inequality proofGiven finitely many squares whose areas add up to 1, show that they can be arranged without overlaps inside a square of area 2.Proof in linear algebra/calculus
$begingroup$
The proof for Independence-dimension inequality as in text book "Introduction to Applied Linear Algebra by Boyd is attached here.
The areas of the proof which I could not understand in the proof is marked as ST1, ST2 and ST3. It is requested to kindly offer suggestions or hints to logically understand the areas I marked as difficult.
proof-explanation
asked Apr 1 at 12:55
Tel ErtTel Ert
1
$endgroup$
add a comment |
$begingroup$
The proof for Independence-dimension inequality as in text book "Introduction to Applied Linear Algebra by Boyd is attached here.
The areas of the proof which I could not understand in the proof is marked as ST1, ST2 and ST3. It is requested to kindly offer suggestions or hints to logically understand the areas I marked as difficult.
proof-explanation
asked Apr 1 at 12:55
Tel ErtTel Ert
1
$endgroup$
add a comment |
$begingroup$
The proof for Independence-dimension inequality as in text book "Introduction to Applied Linear Algebra by Boyd is attached here.
The areas of the proof which I could not understand in the proof is marked as ST1, ST2 and ST3. It is requested to kindly offer suggestions or hints to logically understand the areas I marked as difficult.
proof-explanation
asked Apr 1 at 12:55
Tel ErtTel Ert
1
$endgroup$
The proof for Independence-dimension inequality as in text book "Introduction to Applied Linear Algebra by Boyd is attached here.
The areas of the proof which I could not understand in the proof is marked as ST1, ST2 and ST3. It is requested to kindly offer suggestions or hints to logically understand the areas I marked as difficult.
proof-explanation
proof-explanation
asked Apr 1 at 12:55
Tel ErtTel Ert
1
asked Apr 1 at 12:55
Tel ErtTel Ert
1
asked Apr 1 at 12:55
Tel ErtTel Ert
1
asked Apr 1 at 12:55
Tel ErtTel Ert
1
asked Apr 1 at 12:55
Tel ErtTel Ert
1
1
add a comment |
add a comment |
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