Recent content by emlio
-
E
HermitianSpaces: an Adjoint property proof (help)
There are some typing errors, I've written "j" instead of "k" in some parts, the proof is ok- emlio
- Post #5
- Forum: Calculus and Beyond Homework Help
-
E
HermitianSpaces: an Adjoint property proof (help)
I solved it !:smile: B=\left\{v_{1},v_{2},v_{3},......,v_{n}\right\} is a h-ORTHORNORMAL basis for V ------------------------------------------------------------------ M\itshape^{B}_{B}(L)=(a_{x,y}) j-th Columns is: L(v_{j})= a_{1j}v_{1} +...+a_{nj}v_{n}...- emlio
- Post #4
- Forum: Calculus and Beyond Homework Help
-
E
HermitianSpaces: an Adjoint property proof (help)
Tnx for the quick replay, I'll try as you say...- emlio
- Post #3
- Forum: Calculus and Beyond Homework Help
-
E
HermitianSpaces: an Adjoint property proof (help)
Homework Statement V is a linear space over C, finite n-dimensional h: VxV \rightarrow C is an Hermitian Product, POSITIVE DEFINED and so (V,h) Hermitian Space --------------------------------------------------------------- L: V \rightarrow V, is a Linear Endomorphism of V...- emlio
- Thread
- Proof Property
- Replies: 5
- Forum: Calculus and Beyond Homework Help
-
E
How Do You Calculate the Mutual Force Between Two Coaxial Coils?
Homework Statement In a compact cicrcualr coil "A" (radius R= 25cm),formed by N=150 loops of wire, flows I=10A current. There's another compact circular coil "B" over "A"(radius r= 1.5 cm, loops n= 30) coaxial with "A" distant X ,in which i= 4A flows . in the same direction of "I" (look...- emlio
- Thread
- Coils Force
- Replies: 1
- Forum: Introductory Physics Homework Help
-
E
How to Calculate the Mutual Force Between Two Coils?
Homework Statement In a compact cicrcualr coil "A" (radius R= 25cm),formed by N=150 loops of wire, flows I=10A current. There's another compact circular coil "B" over "A"(radius r= 1.5 cm, loops n= 30) coaxial with "A" distant X ,in which i= 4A flows . in the same direction of "I" (look...- emlio
- Thread
- Coils Exercise Force
- Replies: 1
- Forum: Advanced Physics Homework Help