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What is the difference between copper loss and iron loss in electrical engineering?
Iron losses occur due to nature of material this is of two types 1.eddy currents(circulating currents)2.hystersis loss(nature of material)Copper losses are due to amount of current flowing (given by I2R)AnswerCopper losses are energy losses that occur in the primary and secondary windings, whereas iron losses are energy losses that occur in the core.
What is the difference between discount and loss?
hi I'm Nivedita.the difference between discount and loss is discount is the reduced price whereas loss means the amount of money lost from the c.p.
What are core losses?
Iron losses are termed as core losses. There are mainly two losses - Copper loss and iron loss. Iron loss is no load loss.
Difference between Profit and loss account and Profit or loss account?
No difference. It is just a matter of symantics (different ways to say the same thing).
What is the difference between 'particular average loss' and 'general average loss'?
both have a slight tinge of "epic"
What is the most important difference between a compound made from iron and sulphur and a mixture of iron and sulphur?
Mixture means they're just mixed not BONDED! while a compound of them means they're bonded, there's loss, gain or just share of electrons. Hope I helped.
What is the difference between a peril and a hazard?
Peril is cause of loss whereas hazard is condition which arises the chances of loss.
The difference between total revenue and total cost?
profit or loss
What is the difference between revenues and the expenses needed to operate the business?
profit or loss
What is the difference between stop loss and non stop loss insurance claims?
When you have a stop loss you and you reach a claim over your amount. they will reduce your amount .
Why iron loss cald constant power loss?
How to calculate iron losses in dc machine
What is hystersis loss?
As the emf in an AC circuit causes current flow in the core of an inductor the magnetic dipoles will align themselves with the direction of the flow. As the current reverses the dipoles tend to stay aligned and there is a certain amount of flow that is required to realign them in the opposite direction. Thus there is a lag between current reversal and dipole realignment. The energy used for this realignment so to speak is called hysterisis and is a loss to the circuit.
