- #1
arup672
- 2
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Can anyone please tell me what is time phasor and space phasor?
and what is the difference bwt them ?
and what is the difference bwt them ?
A time and space phasor is a mathematical representation of a sinusoidal waveform, which is used to describe the amplitude and phase of a signal at a specific point in time and space.
The main difference between time and space phasor is in the variables they represent. Time phasor represents the amplitude and phase of a signal at a specific point in time, while space phasor represents the amplitude and phase of a signal at a specific point in space.
Time and space phasors are related through the concept of wave propagation. As a wave propagates through space, its amplitude and phase can be represented by a time phasor at a specific point in time, and a space phasor at a specific point in space.
Time and space phasors are important in science as they provide a way to analyze and understand the behavior of oscillating systems, such as electrical circuits, electromagnetic waves, and quantum mechanical systems. They also allow us to predict the behavior of these systems and design them for specific purposes.
Time and space phasors can be visualized as vectors on a complex plane, where the magnitude and direction of the vector represent the amplitude and phase of the signal. They can also be represented graphically through plots of amplitude and phase versus time or space.