What is the relation between the number of poles and pole pitch with power factor? a) number of poles increases, pole pitch increases, bad power factor b) number of poles increases, pole pitch decreases, good power factor c) number of poles increases, pole pitch decreases, good power factor d) number of poles increases, pole pitch increases, bad power factor

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C Explanation: As the number of poles increases, the pole pitch decreases and the number of slots per pole per phase also decreases. This increases the dispersion coefficient and it leads to poor power factor.

C

Explanation: As the number of poles increases, the pole pitch decreases and the number of slots per pole per phase also decreases. This increases the dispersion coefficient and it leads to poor power factor.

See lessc Explanation: As the number of poles increases, the pole pitch decreases and the number of slots per pole per phase also decreases. This increases the dispersion coefficient and it leads to poor power factor

c

See lessExplanation: As the number of poles increases, the pole pitch decreases and the

number of slots per pole per phase also decreases. This increases the dispersion

coefficient and it leads to poor power factor

C Explanation: As the number of poles increases, the pole pitch decreases and the number of slots per pole per phase also decreases. This increases the dispersion coefficient and it leads to poor power factor.

C

Explanation: As the number of poles increases, the pole pitch decreases and the number of slots per pole per phase also decreases. This increases the dispersion coefficient and it leads to poor power factor.

c Explanation: As the number of poles increases, the pole pitch decreases and the number of slots per pole per phase also decreases. This increases the dispersion coefficient and it leads to poor power factor

c

Explanation:

As the number of poles increases, the pole pitch decreases and the

See lessnumber of slots per pole per phase also decreases. This increases the dispersion

coefficient and it leads to poor power factor

number of poles increases, pole pitch decreases, good power factor

number of poles increases, pole pitch decreases, good power factor

See lessc Explanation: As the number of poles increases, the pole pitch decreases and the number of slots per pole per phase also decreases. This increases the dispersion coefficient and it leads to poor power factor.

c

Explanation:

As the number of poles increases, the pole pitch decreases and the

See lessnumber of slots per pole per phase also decreases. This increases the dispersion

coefficient and it leads to poor power factor.

C

Explanation: As the number of poles increases, the pole pitch decreases and the

See lessnumber of slots per pole per phase also decreases. This increases the dispersion

coefficient and it leads to poor power factor.

c Explanation: As the number of poles increases, the pole pitch decreases and the number of slots per pole per phase also decreases. This increases the dispersion coefficient and it leads to poor power factor.

c

number of slots per pole per phase also decreases. This increases the dispersion

coefficient and it leads to poor power factor.