here spp(slots per pole per phase)is a frictional no. it is a double layer winding while m=s/3p is non integer in a frictional slot winding.
For pole: ratio of shadow to pole = 12/8 = 1.5 So, for tree, ration = 1.5 24/H = 1.5 so H = 24/1.5 = 16 ft
You could use a pair of calipers. Alternatively, measure its circumference using a piece of string and divide the measure by pi.
You can start near the South Pole - 3 miles North of any point on a latitude that encircles the earth an integer number of times in 3 miles; or you can start at the North Pole.
Ratio of shadows = 3m:7.5m :: 1:2.5 So, the ratio of the heights (in the same order) is 1:2.5 ie Ht(Pole):Ht(Building) = 40m:Ht(Building) = 1:2.5 So Ht(Building) = 2.5*40m = 100 metres
here spp(slots per pole per phase)is a frictional no. it is a double layer winding while m=s/3p is non integer in a frictional slot winding.
a winding is called concentrated winding when the number of slots per pole per phase is fractional
An amortisseur winding is a squirrel cage winding placed near the surface of the pole faces of a synchronous motor.
Using the tangent ratio height of telegraph pole is 55 feet to the nearest integer.
A pole core is a word often used in dc machines which provides space for field winding
concentrated winding:-slots/pole/pshas=1 , i.e equal to 1 distributed winding:slots/pole/phase>1 , i.e grater than 1
2
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just put a auxilari winding on the rotor (in the salient pole)..
go to the south pole and find a pair.
this is so easy. because they are poles. otherwise it would be a magnetic pole.
32 poles