5. The derivative is the gradient of the tangent to the function. In the case of a semi-circle, this means that the gradient vector (1, dy/d.r) should be orthogonal to the vector(r. Uo). Verify this using the dot product and also by plotting both vectors (normalise the gradient vector).

Operations Research : Applications and Algorithms
4th Edition
ISBN:9780534380588
Author:Wayne L. Winston
Publisher:Wayne L. Winston
Chapter11: Nonlinear Programming
Section11.7: The Method Of Steepest Ascent
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5. The derivative is the gradient of the tangent to the function. In the case of a
semi-circle, this means that the gradient vector (1, dy/d.r) should be orthogonal
to the vector(arn, Y0). Verify this using the dot product and also by plotting both
vectors (normalise the gradient vector).
Transcribed Image Text:5. The derivative is the gradient of the tangent to the function. In the case of a semi-circle, this means that the gradient vector (1, dy/d.r) should be orthogonal to the vector(arn, Y0). Verify this using the dot product and also by plotting both vectors (normalise the gradient vector).
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