**Vector Calculus, with Applications to Physics**

by James Byrnie Shaw

**Publisher**: D. Van Nostrand company 1922**ISBN/ASIN**: B004SUGXEA**Number of pages**: 338

**Description**:

The attempt in this book has been to give a text to the mathematical student on the one hand, in which every physical term beyond mere elementary terms is carefully defined. On the other hand for the physical student there will be found a large collection of examples and exercises which will show him the utility of the mathematical methods.

Download or read it online for free here:

**Download link**

(multiple formats)

## Similar books

**The Geometry of Vector Calculus**

by

**Tevian Dray, Corinne A. Manogue**-

**Oregon State University**

Contents: Chapter 1: Coordinates and Vectors; Chapter 2: Multiple Integrals; Chapter 3: Vector Integrals; Chapter 4: Partial Derivatives; Chapter 5: Gradient; Chapter 6: Other Vector Derivatives; Chapter 7: Power Series; Chapter 8: Delta Functions.

(

**7514**views)

**Vector Analysis and the Theory of Relativity**

by

**Francis Dominic Murnaghan**-

**Johns Hopkins press**

This monograph is the outcome of lectures delivered to the graduate department of mathematics of The Johns Hopkins University. Considerations of space have made it somewhat condensed in form, but the mode of presentation is sufficiently novel.

(

**10430**views)

**Vector Analysis Notes**

by

**Matthew Hutton**-

**matthewhutton.com**

Contents: Line Integrals; Gradient Vector Fields; Surface Integrals; Divergence of Vector Fields; Gauss Divergence Theorem; Integration by Parts; Green's Theorem; Stokes Theorem; Spherical Coordinates; Complex Differentation; Complex power series...

(

**5518**views)

**Calculus of Differential Forms: Course**

by

**Peter Saveliev**-

**Intelligent Perception**

This is a two-semester course in n-dimensional calculus. An emphasis is made on the coordinate free, vector analysis. Contents: Vector calculus; Continuous differential forms; Integration of differential forms; Manifolds and differential forms.

(

**3471**views)