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Ex. 10. A mercury manometer is con- nected to open tank of fuel. Calculate a change of manometer reading h if a level of fuel increases about A H. (Ans. Ah = AH ps/(2pm - Ps)) Ex. 11. In well-type manometer (with constant zero level) there is neglected a change of fluid level in w big vessel (diameter D). Calculate a ratio d/D for which an error connected with a change of fluid level AH is less than 1%. (Ans. d/D < 0.1) oil fuel D ΔΗ mercury ΔΗ Ο

Ex. 10. A mercury manometer is con- nected to open tank of fuel. Calculate a change of manometer reading h if a level of fuel increases about A H. (Ans. Ah = AH ps/(2pm - Ps)) Ex. 11. In well-type manometer (with constant zero level) there is neglected a change of fluid level in w big vessel (diameter D). Calculate a ratio d/D for which an error connected with a change of fluid level AH is less than 1%. (Ans. d/D < 0.1) oil fuel D ΔΗ mercury ΔΗ Ο

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Ex. 10. A mercury manometer is con- nected to open tank of fuel. Calculate a change of manometer reading h if a level of fuel increases about A H. (Ans. Ah = AH ps/(2pm - Ps)) Ex. 11. In well-type manometer (with constant zero level) there is neglected a change of fluid level in w big vessel (diameter D). Calculate a ratio d/D for which an error connected with a change of fluid level AH is less than 1%. (Ans. d/D < 0.1) oil fuel D ΔΗ mercury ΔΗ Ο
Transcribed Image Text:Ex. 10. A mercury manometer is con- nected to open tank of fuel. Calculate a change of manometer reading h if a level of fuel increases about A H. (Ans. Ah = AH ps/(2pm - Ps)) Ex. 11. In well-type manometer (with constant zero level) there is neglected a change of fluid level in w big vessel (diameter D). Calculate a ratio d/D for which an error connected with a change of fluid level AH is less than 1%. (Ans. d/D < 0.1) oil fuel D ΔΗ mercury ΔΗ Ο
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