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- A solenoid relay is operated from a DC supply. The gap forces may be taken as parallel and the permeability of the ferromagnetic paths as very high. The air gap length is 2mm. Determine the air gap area in cm^2 which produces an acting force upon the armature of 0.3997N ? I need the answer as soon as possibleAnswer the following: a. What happens to the magnetic field produced by the electromagnet if some parts of the wire windings overlap each other? b. What happens to the magnetic force produced by the electromagnet if you reverse the terminal connections?c.Are there any patterns with the attractive and repulsive force observed with different configurations (pos-pos terminal & pos-neg terminal)? Explain the pattern.DETERMINE THE EMF GENERATED BY A 4-POLE SIMPLEX LAP WOUND ARMATURE HAVING 300 CONDUCTORS RUNNING AT 900 RPM. THE FLUX PER POLE IS 50mWb
- A 4pole lap wound armature when driven at 600rpm generates 120V. if the flux per pole I 25mWb, find the number of armature conductors.2nd - What does induction loading mean? a) friction load B) load with effect NS) loading by contact D) charge by electric field TO) charge with magnetic fieldA small current loop L, with magnetic moment 5a_ A - m” is located at the origin while another small loop current L, with magnetic moment 3a), A - m?is located at (4, —3, 10). Determine the torque on L,.
- 30. A) Why is there a small emf generated in a series generator at no load? a) the residual magnetic field establishes a low density magnetic field which the armature conductors cut b) the series field does not contribute any magnetic strength, because the field strength is a product of Ampere-Turns and there is no current through the series field with no load c) the amount of emf generated in a series generator is directly proportional to the load current d) all of the above B) What happens to the generated emf as load is added? a) voltage should increase provided the field is connected in the correct polarity b) voltage should decrease regardless of the field connection polarity c) either "a" or "b" d) neither "a" nor "b"Create a winding table for the given armature: Winding 1: 4 pole, 11 slots, 11 commutator segments, double layer, progressive, simplex WAVE winding Show the solutionsConstruct a Coil Winding (Armature winding) detailed, with these following descriptions.... 4 poles, 26 conductors, double layer, simplex WAVE winding
- 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-secondaryQ1 a. A solenoid relay is operated from 110 V d.c. supply and the 5000-turn coil resistance is 5.5 kΩ. The core diameter of the relay is 20 mm, and the gap length is 1.5 mm, the armature being stationary. The gap faces may be taken as parallel and the permeability of the ferromagnetic parts as very high. Find (i) the gap flux density (ii) the coil inductance and (iii) the pull on the armature. b. State the significance of energy and coenergy in electromechanical energy conversion.A 8 pole lap wound armature rotated at 350brpm is required to generate 260V. The useful flux per pole is about 0.05Wb. If the armature has 120 slots, calculate no.of conductor per slot and hence determine the actual value of flux required to generate the same voltage for wave wound.