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Find ▽ · F if F = x i / (x2 + y2)^3/2 + y j (x2 + y2)^3/2 .
Solution: ▽ · F = −1 / (x2 + y2)^3/2
Solution: ▽ · F = −1 / (x2 + y2)^3/2
The divergence of the vector field F, defined as F = x i / (x² + y²)^(3/2) + y j (x² + y²)^(3/2), is calculated to be ▽ · F = −1 / (x² + y²)^(3/2). This result is derived by finding the partial derivatives of F with respect to x and y, applying the product rule, and simplifying the expressions. The final expression for the divergence confirms the behavior of the vector field in relation to its spatial variables.
PREREQUISITESStudents and professionals in mathematics, physics, and engineering who are working with vector calculus and need to understand the divergence of vector fields.
The derivative of [itex]x/(x^2+ y^2)^{3/2}= x(x^2+ y^2)^{-3/2}[/itex] with respect to x, by the product rule, is [itex](x^2+ y^2)^{-3/2}- (3/2)(x)(2x)(x^2+ y^2)^{-5/2}[/itex]scholesmu said:Find ▽ · F if F = x i / (x2 + y2)^3/2 + y j (x2 + y2)^3/2 .
Solution: ▽ · F = −1 / (x2 + y2)^3/2