Besides the number of turns and the legth of active conductor, whit of the following is?are a factor which affects the amount of emf(voltage) induced in a coil? A) how fast the conductor is moving through the field(rate of incidence), B) the strength of the magtnetic field(flux density), C) the angle at which the conductor is cutting the magnetic field( angle of incidence), D) all of the above What is mean by genarator regulation? A) it is the percentage rise in terminal voltage from no-load to full-load, B) it is the percentage rise in terminal voltage full-load to no-load, C) it is the amount of control one has over the terminal voltage by way of the field excitation, D) none How are transformer components indetified? The algebraic symboly for the number of kilovolt-amperes on the load side of the transformer is_____. A) KVAh, B) KVAx, C) KVA-primary, D) KVA-secondary
Besides the number of turns and the legth of active conductor, whit of the following is?are a factor which affects the amount of emf(voltage) induced in a coil? A) how fast the conductor is moving through the field(rate of incidence), B) the strength of the magtnetic field(flux density), C) the angle at which the conductor is cutting the magnetic field( angle of incidence), D) all of the above
What is mean by genarator regulation? A) it is the percentage rise in terminal voltage from no-load to full-load, B) it is the percentage rise in terminal voltage full-load to no-load, C) it is the amount of control one has over the terminal voltage by way of the field excitation, D) none
How are transformer components indetified? The algebraic symboly for the number of kilovolt-amperes on the load side of the transformer is_____. A) KVAh, B) KVAx, C) KVA-primary, D) KVA-secondary
the emf induced in the coil can be calculated by using faraday's law.
According to faraday's law, the emf induced in the conductor is given by
e = Blv sin thata
the factor which affects the amount of emf(voltage) induced in a coil?
A) how fast the conductor is moving through the field(rate of incidence),
B) the strength of the magnetic field(flux density),
C) the angle at which the conductor is cutting the magnetic field( angle of incidence),
D) all of the above
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