In aa polymer-ceramic composite, the volume fraction of the ceramic is 0.33. The ceramic is 4.9 times as dense as the polymer. What is the weightpercentage of the ceramic?In your answer, use the relation between volume fraction Va and weight fraction W.and Ba, e.g. for a two-component composite with components aWaPaV, =WaPaPBwherePais the density for the a component and likewise for the B component.(This question has only one correct answer)O a. 67.0 %O b. 33.0 %O c. 29.3 %O d. 70.7 %

Answered: Image /qna-images/answer/e62df7de-9137-465b-9eff-d9363f8440af.jpg

In a polymer-ceramic composite, the volume fraction of the ceramic is 0.33. The ceramic is 4.9 times as dense as the polymer. What is the weight percentage of the ceramic? In your answer, use the relation between volume fraction Va and weight fraction Wa, e.g. for a two-component composite with components a and B Wo Pa Va Wa Pa PB where Pa is the density for the a component and likewise for the B component. (This question has only one correct answer) O a. 67.0 % O b. 33.0 % O c. 29.3 % O d. 70.7 %

In a polymer-ceramic composite, the volume fraction of the ceramic is 0.33. The ceramic is 4.9 times as dense as the polymer. What is the weight percentage of the ceramic? In your answer, use the relation between volume fraction Va and weight fraction Wa, e.g. for a two-component composite with components a and B Wo Pa Va Wa Pa PB where Pa is the density for the a component and likewise for the B component. (This question has only one correct answer) O a. 67.0 % O b. 33.0 % O c. 29.3 % O d. 70.7 %

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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