Question

Can you help for my matlab homework. At least give me a hint how to do it. 1) In general, for a three phase excited P-pole synchronous machine, each of the windings within a single coil creates a time varying magnetic flux density vector orthogonal to its surface. When vectorially summed in space, these vectors create a rotating magnetic flux density vector. For visually verifying this phenomenon, please write a Matlab® or Octave® code that will create a movie demonstrating the rotation of the resultant magnetic field intensity vector for a three phase synchronous machine. Create the code with the number of poles as an input variable for demonstrating and reporting the effect of the number of the poles on the mechanical frequency when electrical frequency is kept constant and is set at 0.1Hz.

          Can you help for my matlab homework. At least give me a hint how to do it.
1) In general, for a three phase excited P-pole synchronous machine, each of the windings within
a single coil creates a time varying magnetic flux density vector orthogonal to its surface. When
vectorially summed in space, these vectors create a rotating magnetic flux density vector.
For visually verifying this phenomenon, please write a Matlab® or Octave® code
that will create a movie demonstrating the rotation of the resultant magnetic field
intensity vector for a three phase synchronous machine.
Create the code with the number of poles as an input variable for demonstrating
and reporting the effect of the number of the poles on the mechanical frequency
when electrical frequency is kept constant and is set at 0.1Hz.

Can you help for my matlab homework. At least give me a hint how to do it.
1) In general, for a three phase excited P-pole synchronous machine, each of the windings within
a single coil creates a time varying magnetic flux density vector orthogonal to its surface. When
vectorially summed in space, these vectors create a rotating magnetic flux density vector.
For visually verifying this phenomenon, please write a Matlab® or Octave® code
that will create a movie demonstrating the rotation of the resultant magnetic field
intensity vector for a three phase synchronous machine.
Create the code with the number of poles as an input variable for demonstrating
and reporting the effect of the number of the poles on the mechanical frequency
when electrical frequency is kept constant and is set at 0.1Hz.

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