There is no such difference between any of the technical degree because these all are separate fields related with tere own applications but they were connected internally.
AnswerWhen a device rotates through a complete circle, we say that it has 'rotated through 360o'. In a very simple, two-pole, generator, when the armature (loop of wire) rotates through a 360o, it generates a complete 360o sine wave across its terminals. But with a four-pole machine, the armature needs only to rotate 180o to generate the same 360o sine wave.
To differentiate between the physical rotation of the armature, and the resulting sine wave, we call the former 'mechanical degrees' and the latter we call 'electrical degrees'.
Electrical degrees and mechanical degrees in dc motors are related by the equation: Deg(elec) = (Number of Poles/2) *(Deg(mech))
Suppose we have a N-pole electrical machine, then the angular distance between the consecutive poles when expressed in degrees is POLE PITCH. eg. for a two pole machine (one north and one south pole), the pole pitch is 180 degrees, and for a 4-pole machine: it is 90 degrees. Note that this is so when expressed in Mechanical degrees, whereas in Electrical degrees it is always 180 degrees. Therefore: POLE PITCH (mechanical)=180/(n/2): n=no pf poles.
There is a difference of four degrees.
11
The difference between +120 and -20 is 140 degrees.
The difference is 12 degrees.
no difference
the difference is 50 degrees
Question: What is the temperature difference between 13 degrees Celsius and -5 degrees? Answer That is 18 degrees.
Electrical engineering is low voltage, logic circuits, communications etc. Power engineering is electrical transmission and the like.You want EE.
Total difference is 19 degrees.
The difference is 10 Celsius degrees.