188. How is the flux distributed in the field form?
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d Explanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
d
See lessExplanation: The flux in passing from poles into the armature, does not confine itself
over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself
in the air gap in such a way that the total reluctance is minimum.
D Explanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
D
See lessExplanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
d) to keep the total reluctance low Explanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
d)
to keep the total reluctance low
Explanation:
The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
See lessd) to keep the total reluctance low
d) to keep the total reluctance low
See lessd Explanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
d
Explanation: The flux in passing from poles into the armature, does not confine itself
over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself
in the air gap in such a way that the total reluctance is minimum.
See lessExplanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
Explanation: The flux in passing from poles into the armature, does not confine itself
See lessover the pole arc but spreads out over the entire pole pitch. The flux will distribute itself
in the air gap in such a way that the total reluctance is minimum.
Explanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
Explanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
See lessAnswer: d Explanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
Answer: d
Explanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
See lessExplanation: The flux in passing from poles into the armature, does not confine itself over the pole arc but spreads out over the entire pole pitch. The flux will distribute itself in the air gap in such a way that the total reluctance is minimum.
Explanation: The flux in passing from poles into the armature, does not confine itself
See lessover the pole arc but spreads out over the entire pole pitch. The flux will distribute itself
in the air gap in such a way that the total reluctance is minimum.