Heat Flux Consider a single heat source located at the origin with temperature
a) Calculate the heat flux across the surface
As shown in the figure.
b) Repeat the calculation in part (a) using the parametrization
Where
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Calculus: Early Transcendental Functions (MindTap Course List)
- electrical Dotential in vots at the point (x,y) is -(hx)さ -人 ) For point Co,0) Determne 3x e Tan %3D for the directioni of movement for tor max rate of decrease In electrical potential and what is that rate of decrease?arrow_forwardThe equation of rectifying, osculating, and normal planes of r(t) = e' i+e cost j+e' sint k, t = 0 rectifying: y+x = -1 osculating: 2x – y – z = 1 normal: x + y+z = 2 rectifying: - y+ z = -1 osculating: 2x – y – z = 1 normal: x +y+ z = 2 rectifying: y+z = -1 osculating: 2x – y - z = -1 normal: x + y + z = 2 rectifying: - y +x = -1 osculating: 2x – y- z = 1 normal: x + y+z = 2arrow_forwardplease all partsarrow_forward
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