Logo
Pattern

Discover published sets by community

Explore tens of thousands of sets crafted by our community.

Analytic and Harmonic Functions

29

Flashcards

0/29

Still learning
StarStarStarStar

f(z) = z*

StarStarStarStar

Neither analytic nor harmonic

StarStarStarStar

f(z) = \sqrt{z}

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \tan^{-1}(z)

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \cosh(z)

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \frac{\overline{z}}{z}

StarStarStarStar

Neither harmonic nor analytic

StarStarStarStar

f(z) = e^z

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \ln(z)

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \sinh(z)

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \tan(z)

StarStarStarStar

Analytic

StarStarStarStar

f(z) = e^{\overline{z}}

StarStarStarStar

Neither harmonic nor analytic

StarStarStarStar

f(z) = \frac{1}{\overline{z}}

StarStarStarStar

Neither harmonic nor analytic

StarStarStarStar

f(z) = z^n, n\in\mathbb{Z}, n > 0

StarStarStarStar

Analytic

StarStarStarStar

f(z) = e^{i|z|}

StarStarStarStar

Neither harmonic nor analytic

StarStarStarStar

f(z) = \sin(z)

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \mathrm{Arg}(z)

StarStarStarStar

Neither harmonic nor analytic

StarStarStarStar

f(z) = \mathrm{Re}(z)

StarStarStarStar

Harmonic but not analytic

StarStarStarStar

f(z) = e^{|z|}

StarStarStarStar

Neither harmonic nor analytic

StarStarStarStar

f(z) = z^* + z

StarStarStarStar

Harmonic but not analytic

StarStarStarStar

f(z) = \cos(z)

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \frac{d}{dz}z^n, n\in\mathbb{Z}, n > 0

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \frac{\sin(z)}{z}, z\neq 0

StarStarStarStar

Analytic

StarStarStarStar

f(z) = z \overline{z}

StarStarStarStar

Harmonic but not analytic

StarStarStarStar

f(z) = \mathrm{Im}(z)

StarStarStarStar

Harmonic but not analytic

StarStarStarStar

f(z) = \log|z|

StarStarStarStar

Harmonic but not analytic

StarStarStarStar

f(z) = \overline{z}^2

StarStarStarStar

Neither harmonic nor analytic

StarStarStarStar

f(z) = z \cdot \overline{z} + i

StarStarStarStar

Neither harmonic nor analytic

StarStarStarStar

f(z) = |z|^2

StarStarStarStar

Harmonic but not analytic

StarStarStarStar

f(z) = \frac{1}{z}

StarStarStarStar

Analytic

StarStarStarStar

f(z) = \frac{\mathrm{Re}(z)}{z}

StarStarStarStar

Neither harmonic nor analytic

Know
0
Still learning
Click to flip
Know
0
Logo

© Hypatia.Tech. 2024 All rights reserved.