1) Let z = 2+i be a point on a curve C. The direction of the tangent vector to C at z = 2+i is rotated through an angle θ under the action of the transformation f(z) =36z2+12z on C. Then the value of tan θ is. 2) The image of the line y = 5x under the mapping w = z2 is a straight line L. Then the slope of L is 3)A non-zero fixed point of the mapping w = 14z/(11z+2) is 4) If u(x,y) = 2x+3xy+c is the real part of an analytic function f(z), then the derivative of f at 5i, f'(5i) =
1) Let z = 2+i be a point on a curve C. The direction of the tangent vector to C at z = 2+i is rotated through an angle θ under the action of the transformation f(z) =36z2+12z on C. Then the value of tan θ is. 2) The image of the line y = 5x under the mapping w = z2 is a straight line L. Then the slope of L is 3)A non-zero fixed point of the mapping w = 14z/(11z+2) is 4) If u(x,y) = 2x+3xy+c is the real part of an analytic function f(z), then the derivative of f at 5i, f'(5i) =
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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1) Let z = 2+i be a point on a curve C. The direction of the tangent
2) The image of the line y = 5x under the mapping w = z2 is a straight line L. Then the slope of L is
3)A non-zero fixed point of the mapping w = 14z/(11z+2) is
4) If u(x,y) = 2x+3xy+c is the real part of an analytic function f(z), then the derivative of f at 5i, f'(5i) =
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