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3.2 A 50O Me resistor is placed in series with the Ciruit shown: Given: C,= 1 uf, Cュ=3uf, C3コ 3uf, Ct =5uf, Cs ='nF, V= 500 V (3 VDC1 Calculate: 3,21 The time constant 3.2.2 The mitial changing current

3.2 A 50O Me resistor is placed in series with the Ciruit shown: Given: C,= 1 uf, Cュ=3uf, C3コ 3uf, Ct =5uf, Cs ='nF, V= 500 V (3 VDC1 Calculate: 3,21 The time constant 3.2.2 The mitial changing current

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter18: Resistive-inductive Parallel Circuits
Section: Chapter Questions
Problem 1PA: Incandescent lighting of 500 W is connected in parallel with an inductive load. A clamp-on ammeter...
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3.2 A 50O Me resistor is placed in series with the Cirurt shown: Given: C,= 1 uf, C=3uF, C3= Buf, CH=5uf, C5 =YnF, V= 500V It Caleulate: 3.2.1 The time constant 3.2.2 The mitial changing current 3.2.3 A DC Voltage Source supples 9 current of 30 A to a conductor. The condac tor is at an e angle a pluz density on ductor Is ISN, of conductor 60 to b 27 magnetic field having of 2T. If tle force driving the Calcule te tle length Inside the magne the field. the Current-caryıng Cross-Sectional 3,2.4 An Iron ring of aYeq 5cn? has q to buing cut into it. If the mean radial air gap of 2 mm length of the iron path is 40 Cm, De termine the magnetomotive force to produce a fhne of gss mWb, The fleld strengthh iB 1650 Alm.
Transcribed Image Text:3.2 A 50O Me resistor is placed in series with the Cirurt shown: Given: C,= 1 uf, C=3uF, C3= Buf, CH=5uf, C5 =YnF, V= 500V It Caleulate: 3.2.1 The time constant 3.2.2 The mitial changing current 3.2.3 A DC Voltage Source supples 9 current of 30 A to a conductor. The condac tor is at an e angle a pluz density on ductor Is ISN, of conductor 60 to b 27 magnetic field having of 2T. If tle force driving the Calcule te tle length Inside the magne the field. the Current-caryıng Cross-Sectional 3,2.4 An Iron ring of aYeq 5cn? has q to buing cut into it. If the mean radial air gap of 2 mm length of the iron path is 40 Cm, De termine the magnetomotive force to produce a fhne of gss mWb, The fleld strengthh iB 1650 Alm.
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