.The pulsation losses are caused by the direct axis pulsation of magnetic flux. a) true b) false
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True The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
True
See lessThe pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
a Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor
a
See lessExplanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor
true
true
See lessa Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
a
See lessExplanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
true
true
See lesstrue
true
See lessAnswer: a Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
Answer: a
Explanation: The pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
See lessThe pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
The pulsation losses are one type of additional iron losses produced. They
See lessare produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
Answer: a Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
Answer: a
See lessExplanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
true
true
See lessa Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
a
See lessExplanation: The pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
a Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
a
See lessExplanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
Answer: a Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
Answer: a
Explanation: The pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
See lessAnswer: a Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
Answer: a
Explanation: The pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
See lessa Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
a
See lessExplanation: The pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
A Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
A
Explanation: The pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
See lessAnswer: a Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor
Answer: a
See lessExplanation: The pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor
A. Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
A.
Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
See lessA Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
A
Explanation: The pulsation losses are one type of additional iron losses produced. They
See lessare produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
a Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
a
See lessExplanation: The pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
A Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
A
Explanation: The pulsation losses are one type of additional iron losses produced. They
See lessare produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
a Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
a
Explanation: The pulsation losses are one type of additional iron losses produced. They
are produced by the direct axis pulsation of magnetic flux due to the variation of
permeance caused by the continuous change in mutual positions of rotor and stator
teeth during rotation of rotor.
See lessA Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
A
Explanation: The pulsation losses are one type of additional iron losses produced. They are produced by the direct axis pulsation of magnetic flux due to the variation of permeance caused by the continuous change in mutual positions of rotor and stator teeth during rotation of rotor.
See less