Unformatted text preview: tensor with respect to two indices at the same level is conserved under coordi nate tmnsfonations. Since aij = !j(aij + aji) + !j(aij  aji), any covariant (or contmvariant) secondorder tensor can be written as the sum of a symmetric and a skewsymmetric tensor. Show that the scalar product of a symmetric tensor Sii and a skew symmetric tensor Wij vanishes indentically. 2.16. Show that the Cartesian tensor Wik = eijkuj is skewsymmetric, where uj is a vector. 2.16. Show that if A j k is a skewsymmetric Cartesian tensor, then the unique solution of the equation wi = ieijkAjk is Amn = emniWi. Let V be the operator 2.13. 2.14. 2.17. d v = g r   . aer Show that gradq5=V+=gr, 84 aer divF = V .F = F'I,, Show that these functions are invariant under coordinate transformations. T+!J(Z~,Z~,Z~) be a scalar field. Show that 2.18. Let gap be the associated contravariant Euclidean metric tensor and (a) g"p$lap is a scalar field....
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This note was uploaded on 01/04/2012 for the course ENG 501 taught by Professor Thomson during the Fall '05 term at MIT.
 Fall '05
 Thomson

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