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Lec - 10 Continuous (Bounded) Transformation In Normed Space | Important Theorems on Continuity
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Lec - 10 Continuous (Bounded) Transformation In Normed Space | Important Theorems on Continuity
Welcome to my YouTube Channel Excellence Learning
What you will learn In this video 👇
1) Definition of Linear Transformation
2) Definition of Continuous Transformation
3) Definition of Bounded Transformation
Theorems proved in this video👇
1) A linear transformation T:N--N' is continuous on T iff it is continuous at a point (any) point of N.
2) A linear transformation T is continuous iff T is bounded.
3) A Linear transformation T:N--N' is Bounded (continuous) iff T maps bounded subset of N into bounded subset of N'
_______________________________
Link to my other video lectures on Functional Analysis:
Lec 01👇(Normed Linear Space)
Lec 02 👇(Banach Space)
Lec 03 👇(Quotient Space)
Lec 04 👇(Examples of Normed Linear Space & Banach Space)
Lec 05 👇(Theorems on Normed Linear Space)
Lec 06 👇(Direct Sum in Normed Linear Space)
Lec 07 👇(Lp & L infinity Space)
Lec 08 👇(Proof of Holder's Inequality)
Lec 09 👇(Proof of Minkowski's Inequality)
_________________________________
#ContinuousTransformations
Welcome to my YouTube Channel Excellence Learning
What you will learn In this video 👇
1) Definition of Linear Transformation
2) Definition of Continuous Transformation
3) Definition of Bounded Transformation
Theorems proved in this video👇
1) A linear transformation T:N--N' is continuous on T iff it is continuous at a point (any) point of N.
2) A linear transformation T is continuous iff T is bounded.
3) A Linear transformation T:N--N' is Bounded (continuous) iff T maps bounded subset of N into bounded subset of N'
_______________________________
Link to my other video lectures on Functional Analysis:
Lec 01👇(Normed Linear Space)
Lec 02 👇(Banach Space)
Lec 03 👇(Quotient Space)
Lec 04 👇(Examples of Normed Linear Space & Banach Space)
Lec 05 👇(Theorems on Normed Linear Space)
Lec 06 👇(Direct Sum in Normed Linear Space)
Lec 07 👇(Lp & L infinity Space)
Lec 08 👇(Proof of Holder's Inequality)
Lec 09 👇(Proof of Minkowski's Inequality)
_________________________________
#ContinuousTransformations
Lec - 10 Continuous (Bounded) Transformation In Normed Space | Important Theorems on Continuity
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