In the options given below, the winding number of the primary coils of all transformers that are considered lossless is N1 = 1000. Sort the number of winding (N2) in the secondary coils of these transformers from large to small. Please don't just write and leave numbers or formulas; clearly show all operations for each transformer to the end. a) a transformer that converts 16 V to 32 V, b) a transformer that converts 320 V to 80 V, c) a transformer that converts 8 A to 2 a, d) a transformer that converts 2 V to 40 V. e) sorting winding numbers
In the options given below, the winding number of the primary coils of all transformers that are considered lossless is N1 = 1000. Sort the number of winding (N2) in the secondary coils of these transformers from large to small. Please don't just write and leave numbers or formulas; clearly show all operations for each transformer to the end. a) a transformer that converts 16 V to 32 V, b) a transformer that converts 320 V to 80 V, c) a transformer that converts 8 A to 2 a, d) a transformer that converts 2 V to 40 V. e) sorting winding numbers
College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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In the options given below, the winding number of the primary coils of all transformers that are considered lossless is N1 = 1000. Sort the number of winding (N2) in the secondary coils of these transformers from large to small. Please don't just write and leave numbers or formulas; clearly show all operations for each transformer to the end.
a) a transformer that converts 16 V to 32 V,
b) a transformer that converts 320 V to 80 V,
c) a transformer that converts 8 A to 2 a,
d) a transformer that converts 2 V to 40 V.
e) sorting winding numbers
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