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Q 3 (CLO 2-C4) ✓ A D.C. 2-wire distributor AB is 500m long and is fed at both ends at 240 V. The distributor is loaded as shown in Figure -02. The resistance of the distributor (go and return) is 0·0012 per meter. Analyze the system for; (i) The point of minimum voltage (ii) The value of minimum voltage. 100 m- 150 m-1-4-50 m- 200 m 240 V 240 V E 1Alm с X D 60-x 100 A 60 A Fig-02 60000000000 B

Q 3 (CLO 2-C4) ✓ A D.C. 2-wire distributor AB is 500m long and is fed at both ends at 240 V. The distributor is loaded as shown in Figure -02. The resistance of the distributor (go and return) is 0·0012 per meter. Analyze the system for; (i) The point of minimum voltage (ii) The value of minimum voltage. 100 m- 150 m-1-4-50 m- 200 m 240 V 240 V E 1Alm с X D 60-x 100 A 60 A Fig-02 60000000000 B

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 4PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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Q 3 (CLO 2-C4) ✓ A D.C. 2-wire distributor AB is 500m long and is fed at both ends at 240 V. The distributor is loaded as shown in Figure -02. The resistance of the distributor (go and return) is 0·0012 per meter. Analyze the system for; (i) The point of minimum voltage (ii) The value of minimum voltage. 100 m- 150 m-1-4-50 m- 200 m 240 V 240 V E 1Alm с X D 60-x 100 A 60 A Fig-02 60000000000 B
Transcribed Image Text:Q 3 (CLO 2-C4) ✓ A D.C. 2-wire distributor AB is 500m long and is fed at both ends at 240 V. The distributor is loaded as shown in Figure -02. The resistance of the distributor (go and return) is 0·0012 per meter. Analyze the system for; (i) The point of minimum voltage (ii) The value of minimum voltage. 100 m- 150 m-1-4-50 m- 200 m 240 V 240 V E 1Alm с X D 60-x 100 A 60 A Fig-02 60000000000 B
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