As you explain it is to describe LTI systems but we use this notation in time harmonic quantity, With the time harmonic quantity how phasor makes assumptions, pls explain
If you wanna understand the imaginary numbers, the complex plane and the Euler's formula, read the book "Engineering mathematics" by Steinmetz where he brilliantly explains all this stuff from the ground up
You say that the quantity expressed by the Phasor notation is purely REAL, but the phasor notation has a complex exponent with an imaginary component. Can you clarify this a bit?
phasor notation isnt purely real, yes it includes imaginary unit. But what we are showing is, as in this case E D B H vectors do not have any imaginary component and purely real. I hope it clears your mind.
Mam, your explanation on lectures wil be so clear. Thank you
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this was really helpful, thanks
Full of knowledge
Ma'am is it possible to add some video on dipole antenna and transient radiation
Thank you Ma'am!
thank you
amazing staff
As you explain it is to describe LTI systems but we use this notation in time harmonic quantity, With the time harmonic quantity how phasor makes assumptions, pls explain
If you wanna understand the imaginary numbers, the complex plane and the Euler's formula, read the book "Engineering mathematics" by Steinmetz where he brilliantly explains all this stuff from the ground up
this is what a concept....thanks
Thank you!
Thank you!
awesome
You say that the quantity expressed by the Phasor notation is purely REAL, but the phasor notation has a complex exponent with an imaginary component. Can you clarify this a bit?
phasor notation isnt purely real, yes it includes imaginary unit. But what we are showing is, as in this case E D B H vectors do not have any imaginary component and purely real. I hope it clears your mind.