Chapter 6: Q4MP (page 336)
Show that where U is a vector function of and .
Short Answer
It has been proved that
Chapter 6: Q4MP (page 336)
Show that where U is a vector function of and .
It has been proved that
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Get started for freeA vector force with components acts at the point. Find the vector torque about the origin due to this force and find the torque about each of the coordinate axes.
The following equations are variously known as Green’s first and second identities or formulas or theorems. Derive them, as indicated, from the divergence theorem.
To prove this, let in the divergence theorem.
To prove this, copy Theorem above as is and also with and interchanged; then subtract the two equations.
around the square with vertices
Evaluate the line integral where Cconnects
(a) Along straight lines from
(b) on the circle and then on a vertical line to.
Evaluate each of the following integrals in the easiest way you can.
,along the xaxis from (0,0) and localid="1659182150932" then along
a circular arc from
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