Which of the following circuit is designed to dissipate heat produced in the machine? a) Electric circuit b) Magnetic circuit c) Dielectric circuit d) Thermal circuit
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Thermal circuit
Thermal circuit
See less: d Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
: d
See lessExplanation: A thermal circuit in electrical machine design deals with the mode and
media to dissipate heat produced in the machine. The heat produced in the machine
leads to losses.
d
d
See lessthermal circuit
thermal circuit
See lessAnswer: d Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
Answer: d
See lessExplanation: A thermal circuit in electrical machine design deals with the mode and
media to dissipate heat produced in the machine. The heat produced in the machine
leads to losses.
D Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
D
Explanation: A thermal circuit in electrical machine design deals with the mode and
See lessmedia to dissipate heat produced in the machine. The heat produced in the machine
leads to losses.
d Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
d
See lessExplanation: A thermal circuit in electrical machine design deals with the mode and
media to dissipate heat produced in the machine. The heat produced in the machine
leads to losses.
AnswerD
AnswerD
See lessAnswer: d Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
Answer: d Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
See lessAnswer: d Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
Answer: d
Explanation: A thermal circuit in electrical machine design deals with the mode and
media to dissipate heat produced in the machine. The heat produced in the machine
leads to losses.
See lessd Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
d
Explanation: A thermal circuit in electrical machine design deals with the mode and
See lessmedia to dissipate heat produced in the machine. The heat produced in the machine
leads to losses.
Answer: d Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses
Answer: d
See lessExplanation: A thermal circuit in electrical machine design deals with the mode and
media to dissipate heat produced in the machine. The heat produced in the machine
leads to losses
d Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
d
See lessExplanation: A thermal circuit in electrical machine design deals with the mode and
media to dissipate heat produced in the machine. The heat produced in the machine
leads to losses.
d Explanation: A thermal circuit in electrical machine design deals with the mode and media to dissipate heat produced in the machine. The heat produced in the machine leads to losses.
d
See lessExplanation: A thermal circuit in electrical machine design deals with the mode and
media to dissipate heat produced in the machine. The heat produced in the machine
leads to losses.
c Explanation: Ferromagnetic materials can strongly act like a magnet when placed in a magnetic field. They are exhibited by materials such as iron, cobalt, nickel, etc. Ferromagnetic materials are generally used in electromagnetic machines.
c
See lessExplanation: Ferromagnetic materials can strongly act like a magnet when placed in a
magnetic field. They are exhibited by materials such as iron, cobalt, nickel, etc.
Ferromagnetic materials are generally used in electromagnetic machines.
C Explanation: Ferromagnetic materials can strongly act like a magnet when placed in a magnetic field. They are exhibited by materials such as iron, cobalt, nickel, etc. Ferromagnetic materials are generally used in electromagnetic machines.
C
See lessExplanation: Ferromagnetic materials can strongly act like a magnet when placed in a
magnetic field. They are exhibited by materials such as iron, cobalt, nickel, etc.
Ferromagnetic materials are generally used in electromagnetic machines.
C Explanation: Ferromagnetic materials can strongly act like a magnet when placed in a magnetic field. They are exhibited by materials such as iron, cobalt, nickel, etc. Ferromagnetic materials are generally used in electromagnetic machines.
C
See lessExplanation: Ferromagnetic materials can strongly act like a magnet when placed in a
magnetic field. They are exhibited by materials such as iron, cobalt, nickel, etc.
Ferromagnetic materials are generally used in electromagnetic machines.
Thermal circuit
Thermal circuit
See lessD
D
See less