Cu loss means I^2*R loss so it depends on R and I.If we make wire more resistive it means it will increase the value of R so copper loss will be increase.So to concentrate on wire size we can vary the R value and can protect the copper loss.So it is called variable loss.
stray loss copper loss
Copper loss varies with the load.
there are some distortion in transmission line : copper loss,dielectric loss,skin effect
In an open circuit test full load current does not flow, hence you wont get copper loss.
Core loss is one of the many fixed losses in a transformer. This means that no matter the loading of the transformer there this loss would be fixed unlike copper loss which depends on the loading of the transformer.
Iron loss it includes the core loss is partically the same at all loads and copper loss the value of cu loss is found from short circuit test
Copper II sulphate has variable valency properties, which translates to variable charges.
Copper metal is a chemical element.
Copper loss electrons.
Basically two types: 1. Copper losses:- when the transformer is loaded, current flows in primary and secondary winding, there is loss of electrical energy due to the resistance of the primary winding, and secondary winding and they are called variable losses. These losses depend upon the loading conditions of the transformers. Therefore, these losses are also called as variable losses. 2. Iron losses or core losses:-The losses that occur in the core are known as core losses or iron losses. Two types of iron losses are: > eddy current loss > Hysteresis loss.
The input variable is called the independent variable, and the ouput variable is called the dependent variable.
the input variable is called the independent variable and the output variable is called the dependent variable.
Copper losses are purely voltage-drop losses (I squared R) caused by the resistance of the windings, as opposed to hysteresis losses and eddy current losses (so-called iron losses), which are magnetic in nature. They are called copper losses whether the winding conductors are made of copper or not, by the way.
Copper Loss at 75 C = Copper Loss at Ambient Temperature C * (310/(235+Ambient Temperature C))
The independent variable. The output variable is dependent on this variable's value and so is called the dependent variable.
stray loss copper loss
Yes, the output line used to find the losses, usually for smaller machines we take copper losses equal to the iron losses.