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no self-depreciation to that degree under my watch.
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Marcus Müller
Marcus Müller
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I am studying Digital Signal Processing course for my Computer Science and Engineering major.

I have to calculate magnitude and phase of following $$x(n) = e^{(-0.1+0.3j)n}$$ $$where -10\le n \le 10$$where $$-10\le n \le 10$$

Here the "e" is Euler's constant. I can calculate the magnitude for an n, by putting a value of n from range and calculating value of imaginary and real part. But how do i calculate the phase? My concept is not clear on this. Kindly explain in detail and as easily as possible. I am not that bright.

I am studying Digital Signal Processing course for my Computer Science and Engineering major.

I have to calculate magnitude and phase of following $$x(n) = e^{(-0.1+0.3j)n}$$ $$where -10\le n \le 10$$

Here the "e" is Euler's constant. I can calculate the magnitude for an n, by putting a value of n from range and calculating value of imaginary and real part. But how do i calculate the phase? My concept is not clear on this. Kindly explain in detail and as easily as possible. I am not that bright.

I am studying Digital Signal Processing course for my Computer Science and Engineering major.

I have to calculate magnitude and phase of following $$x(n) = e^{(-0.1+0.3j)n}$$ where $$-10\le n \le 10$$

Here the "e" is Euler's constant. I can calculate the magnitude for an n, by putting a value of n from range and calculating value of imaginary and real part. But how do i calculate the phase? My concept is not clear on this. Kindly explain in detail and as easily as possible.

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Miruza
Miruza
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How to calculate phase for discrete time complex valued signal

I am studying Digital Signal Processing course for my Computer Science and Engineering major.

I have to calculate magnitude and phase of following $$x(n) = e^{(-0.1+0.3j)n}$$ $$where -10\le n \le 10$$

Here the "e" is Euler's constant. I can calculate the magnitude for an n, by putting a value of n from range and calculating value of imaginary and real part. But how do i calculate the phase? My concept is not clear on this. Kindly explain in detail and as easily as possible. I am not that bright.