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100 A of rms current is incident on the primary side of each transformer. Rank the transformers on the basis of their rms secondary current. Rank from largest to smallest. To rank Items as equivalent, overlap them. View Available Hint(s) largest V₂ = 240 V N₂ = 1000 turns N, 2000 turns + V₂ = 240 V N₁ = 1000 turns N,= 500 turns V₂ = 480 V N₂ 2000 turns N₂ = 1000 turns Vp = 480 V N₂4000 turns N, 2000 turns V₂ = 120 V N₂ = 500 turns N₁ = 2000 turns Reset Help smallest

100 A of rms current is incident on the primary side of each transformer. Rank the transformers on the basis of their rms secondary current. Rank from largest to smallest. To rank Items as equivalent, overlap them. View Available Hint(s) largest V₂ = 240 V N₂ = 1000 turns N, 2000 turns + V₂ = 240 V N₁ = 1000 turns N,= 500 turns V₂ = 480 V N₂ 2000 turns N₂ = 1000 turns Vp = 480 V N₂4000 turns N, 2000 turns V₂ = 120 V N₂ = 500 turns N₁ = 2000 turns Reset Help smallest

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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**Educational Transcription: Transformer Ranking by RMS Secondary Current** This exercise involves ranking transformers based on their RMS secondary current, with a given 100 A of RMS current incident on the primary side of each transformer. **Transformer Configurations:** 1. **Transformer 1:** - Primary Voltage (\(V_p\)): 240 V - Primary Turns (\(N_p\)): 1000 turns - Secondary Turns (\(N_s\)): 2000 turns 2. **Transformer 2:** - Primary Voltage (\(V_p\)): 240 V - Primary Turns (\(N_p\)): 1000 turns - Secondary Turns (\(N_s\)): 500 turns 3. **Transformer 3:** - Primary Voltage (\(V_p\)): 480 V - Primary Turns (\(N_p\)): 2000 turns - Secondary Turns (\(N_s\)): 1000 turns 4. **Transformer 4:** - Primary Voltage (\(V_p\)): 480 V - Primary Turns (\(N_p\)): 4000 turns - Secondary Turns (\(N_s\)): 2000 turns 5. **Transformer 5:** - Primary Voltage (\(V_p\)): 120 V - Primary Turns (\(N_p\)): 500 turns - Secondary Turns (\(N_s\)): 2000 turns **Instructions:** - Rank these transformers from largest to smallest based on their RMS secondary current. - To rank items as equivalent, overlap their positions in the provided ranking space. - A diagram shows a space for arranging the transformers, labeled from "largest" on the left to "smallest" on the right. Use the turns ratio and the RMS current value to determine the secondary current for each transformer, and then rank them accordingly.
Transcribed Image Text:**Educational Transcription: Transformer Ranking by RMS Secondary Current** This exercise involves ranking transformers based on their RMS secondary current, with a given 100 A of RMS current incident on the primary side of each transformer. **Transformer Configurations:** 1. **Transformer 1:** - Primary Voltage (\(V_p\)): 240 V - Primary Turns (\(N_p\)): 1000 turns - Secondary Turns (\(N_s\)): 2000 turns 2. **Transformer 2:** - Primary Voltage (\(V_p\)): 240 V - Primary Turns (\(N_p\)): 1000 turns - Secondary Turns (\(N_s\)): 500 turns 3. **Transformer 3:** - Primary Voltage (\(V_p\)): 480 V - Primary Turns (\(N_p\)): 2000 turns - Secondary Turns (\(N_s\)): 1000 turns 4. **Transformer 4:** - Primary Voltage (\(V_p\)): 480 V - Primary Turns (\(N_p\)): 4000 turns - Secondary Turns (\(N_s\)): 2000 turns 5. **Transformer 5:** - Primary Voltage (\(V_p\)): 120 V - Primary Turns (\(N_p\)): 500 turns - Secondary Turns (\(N_s\)): 2000 turns **Instructions:** - Rank these transformers from largest to smallest based on their RMS secondary current. - To rank items as equivalent, overlap their positions in the provided ranking space. - A diagram shows a space for arranging the transformers, labeled from "largest" on the left to "smallest" on the right. Use the turns ratio and the RMS current value to determine the secondary current for each transformer, and then rank them accordingly.
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