Interested to Buy Any Domain ? << Click Here >> for more details...
Why the design of electromechanical energy conversion
machines is based on the medium of conversion as megnetic
field not as electric field?
- 2 Answers
- 5585 Views
- I also Faced
- E-Mail Answers
Answer Posted / iamdon
This is because the force density on the bounding surface
is much greater in magnetic field as compared to electric
field.
Technical data:
Force density in magnetic field=1000000 N/(m*m)
Force density in electric field=10 N/(m*m)
Author:arbelectbit@yahoo.com
| Is This Answer Correct ? | 4 Yes | 0 No |
Post New Answer View All Answers
1.how many types of relays? 2.difference between ATS& STS?
we have amp, voltage, kw, length detail then how to calculte copper & alluminium size of conductor of 3-phase induction motor
block diagram of 2 ups system connected in hot stand by mode?
A jet of fluid strikes a plate What was the force required to counter it?
We have 5 Distribution sections with variable loads&We have 3 Gensets(500kva,380kva&250kva) our total load is between 400kva to 600kva. so how could we connect 3gensets.
What is the procedure/activities to be taken to inject the current more than 2000A by using 2000A Loading Transformer?
What is the method of estamating of cable, CB,MCB ?
how to handle 2500 kva transformar
difference between a diode and thyristor?
If a 3 phase induction motor is in off condition in the conveyor and rotor of the motor keeps moving with the conveyor than the resistance of windings of motor varies. why is it so ??
how can service sitting be setted for MCCB?Example for sittings IR (CURRENT RATING),IS(CURRENT STARTING)IO (current operating)?
What is an automatic controller?
Can we use BS 6651 and BS EN 62305 standards for computer room lightning ptotection in substation?
Which thing is maximum in RLC circuit at resonance a)power consumption b)inductive current c)capacitive voltage
Between educational qualification and practical work experience, give us a brief explanation on your practical experience in your past Endeavour that you performed well to the satisfaction of your past or present employer?
