List questions from differential-forms

Published on 26 Mar 2026 - 12:53

79

Views

If $f^* \omega = 0$ for every affine transformation $f$, then $\omega = 0$

Published on 23 Feb 2026 - 6:40

101

Views

Definitions of differential forms in different coordiante systems

Published on 26 Mar 2026 - 12:53

147

Views

"Crazy" Attempt to Understand Second-Order DEs on Manifolds

Published on 29 Dec 2019 - 2:02

227

Views

Symplectic form and hamilton's vector field

Published on 27 Mar 2026 - 7:14

614

Views

Finding a differential form on the real projective space

Published on 23 Feb 2026 - 8:22

205

Views

Degree of the restriction of $f: M\to N$ to the boundary of $M$.

Published on 26 Mar 2026 - 14:34

60

Views

Quicker Way to Compute Pull-Backs of Differential Forms

Published on 26 Mar 2026 - 12:52

152

Views

Integrating a differential form over a manifold that is not connected

Published on 06 Jan 2020 - 10:13

151

Views

Frobenius integration theorem for a 1-form

Published on 06 Jan 2020 - 14:14

110

Views

Theorem 10.20 Rudin

Published on 08 Jan 2020 - 3:10

156

Views

Theorem 10.22 Rudin

Published on 08 Jan 2020 - 21:37

1.3k

Views

wedge product of $0$ and $dx$

Published on 26 Mar 2026 - 13:01

487

Views

Conceptual Clarification: Rudin's Definition of a Differential Form of Order k

Published on 09 Jan 2020 - 0:19

192

Views

Definition of differential form

Published on 09 Jan 2020 - 2:17

List Question

Property of volume form on boundary of manifold

If $f^* \omega = 0$ for every affine transformation $f$, then $\omega = 0$

Definitions of differential forms in different coordiante systems

"Crazy" Attempt to Understand Second-Order DEs on Manifolds

Symplectic form and hamilton's vector field

Finding a differential form on the real projective space

Degree of the restriction of $f: M\to N$ to the boundary of $M$.

Quicker Way to Compute Pull-Backs of Differential Forms

Integrating a differential form over a manifold that is not connected

Frobenius integration theorem for a 1-form

Theorem 10.20 Rudin

Theorem 10.22 Rudin

wedge product of $0$ and $dx$

Conceptual Clarification: Rudin's Definition of a Differential Form of Order k

Definition of differential form

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