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For an experiment in a certain gas to find Townsend's coefficients, the critical threshold distance for sustained discharge is found to be d=0.7 cm, the value of Townsend's second ionization coefficient found to be 0.104%, and the steady-state current is found to be 0.58 nA when d=0.4 cm. If the current after increasing the distance is 1.29 nA, find the percentage of the supply voltage increment in order to keep the field constant throughout the experiment. (Assume you are working in the linear range as depicted) 上 Slope (11)60 Oa. 18.4% Ob. 22.4 % Oc. 20.4 % Od. 16.4 % d1 EE Committee لجلة الهندسة الكهربائية

For an experiment in a certain gas to find Townsend's coefficients, the critical threshold distance for sustained discharge is found to be d=0.7 cm, the value of Townsend's second ionization coefficient found to be 0.104%, and the steady-state current is found to be 0.58 nA when d=0.4 cm. If the current after increasing the distance is 1.29 nA, find the percentage of the supply voltage increment in order to keep the field constant throughout the experiment. (Assume you are working in the linear range as depicted) 上 Slope (11)60 Oa. 18.4% Ob. 22.4 % Oc. 20.4 % Od. 16.4 % d1 EE Committee لجلة الهندسة الكهربائية

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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For an experiment in a certain gas to find Townsend's coefficients, the critical threshold distance for sustained discharge is found to be d=0.7 cm, the value of Townsend's second ionization coefficient found to be 0.104%, and the steady-state current is found to be 0.58 nA when d=0.4 cm. If the current after increasing the distance is 1.29 nA, find the percentage of the supply voltage increment in order to keep the field constant throughout the experiment. (Assume you are working in the linear range as depicted) Log(1/1) Oa. 18.4% Ob. 22.4% Oc. 20.4 % Od. 16.4 % Slope d1 d D EE Committee لجلة الهندسة الكهربائية
Transcribed Image Text:For an experiment in a certain gas to find Townsend's coefficients, the critical threshold distance for sustained discharge is found to be d=0.7 cm, the value of Townsend's second ionization coefficient found to be 0.104%, and the steady-state current is found to be 0.58 nA when d=0.4 cm. If the current after increasing the distance is 1.29 nA, find the percentage of the supply voltage increment in order to keep the field constant throughout the experiment. (Assume you are working in the linear range as depicted) Log(1/1) Oa. 18.4% Ob. 22.4% Oc. 20.4 % Od. 16.4 % Slope d1 d D EE Committee لجلة الهندسة الكهربائية
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