List questions from line-integrals

Published on 30 Mar 2026 - 5:31

29

Views

With what force $M$ distributed with uniform density over the circle $x^2 + y^2 = a^2$, $z = 0$ act on $m$ located at the point $A(0,0,b)$.

Published on 10 Aug 2021 - 1:15

68

Views

Problem in understanding the evaluation of an improper integral using residue theorem.

Published on 12 Aug 2021 - 8:44

164

Views

Inequality for Complex line integral

Published on 19 Aug 2021 - 15:48

505

Views

Integrate $x+y$ over the triangle with the vertices $(0,0),(1,0),(0,1)$

Published on 23 Aug 2021 - 13:40

51

Views

Question about orientation of a line integral of 2 points of a circle

Published on 14 Sep 2021 - 22:49

98

Views

When is the gradient of a line integral equal to the vector field being integrated

Published on 18 Sep 2021 - 7:34

448

Views

Calculating a line integral along a curve

Published on 22 Sep 2021 - 8:48

44

Views

How can we calculate this line integral?

Published on 23 Sep 2021 - 18:44

30

Views

Apply Generalized Stokes to $R^2$ Line Integrals

Published on 23 Sep 2021 - 19:48

468

Views

Path independence of integral of 1-form implies the form is exact

Published on 04 Oct 2021 - 18:03

78

Views

Discretising a line integral

Published on 15 Oct 2021 - 12:58

123

Views

Is my intuition of line integral or curl wrong?

Published on 27 Mar 2026 - 3:42

359

Views

Line integral with Green theorem

Published on 30 Mar 2026 - 6:17

60

Views

How to show that a one-form is closed

Published on 23 Feb 2026 - 15:06

List Question

Change of variable in a line integral. A more formal proof.

With what force $M$ distributed with uniform density over the circle $x^2 + y^2 = a^2$, $z = 0$ act on $m$ located at the point $A(0,0,b)$.

Problem in understanding the evaluation of an improper integral using residue theorem.

Inequality for Complex line integral

Integrate $x+y$ over the triangle with the vertices $(0,0),(1,0),(0,1)$

Question about orientation of a line integral of 2 points of a circle

When is the gradient of a line integral equal to the vector field being integrated

Calculating a line integral along a curve

How can we calculate this line integral?

Apply Generalized Stokes to $R^2$ Line Integrals

Path independence of integral of 1-form implies the form is exact

Discretising a line integral

Is my intuition of line integral or curl wrong?

Line integral with Green theorem

How to show that a one-form is closed

Trending Questions

Popular # Hahtags

Popular Questions