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May 16, 2013The curl of the gradient and the divergence of the curl are zero (MathsCasts)11 minutesPlayWe show that div(curl(v)) and curl (grad f) are 0 for any vector field v(x,y,z) and scalar function f(x,y,z)....moreShareView all episodesBy Swinburne University of TechnologyMay 16, 2013The curl of the gradient and the divergence of the curl are zero (MathsCasts)11 minutesPlayWe show that div(curl(v)) and curl (grad f) are 0 for any vector field v(x,y,z) and scalar function f(x,y,z)....more
We show that div(curl(v)) and curl (grad f) are 0 for any vector field v(x,y,z) and scalar function f(x,y,z).
May 16, 2013The curl of the gradient and the divergence of the curl are zero (MathsCasts)11 minutesPlayWe show that div(curl(v)) and curl (grad f) are 0 for any vector field v(x,y,z) and scalar function f(x,y,z)....more
We show that div(curl(v)) and curl (grad f) are 0 for any vector field v(x,y,z) and scalar function f(x,y,z).